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94,58,1,73,1,75,1,78,2,81,2,85,2,88,2","1995,69,1,70,1,58,1,73,1,77,1,78,1,84,1","1996,77,1,84,1,92,1","1997,58,3,75,2,77,2,78,2,87,1","1998,69,1,58,2,75,1,77,1,82,1,89,1,85,1,87,1","1999,69,1,58,3,77,2,86,2","1dioxide,30,1","1st,96,1","20,10,2,12,4,15,2,18,3,22,1,23,3,26,11,29,5,30,1,33,1,69,1,70,1,63,2,71,2,72,2,73,1,74,2,75,2,78,2,96,6,97,4,99,6","200,12,2,14,1,26,1,29,2,31,1,58,10,97,1,92,1,99,1","2000,12,1,26,1,58,2,83,1,86,1","2001,3,1,56,2,58,3,81,2,88,2","2002,58,5,83,1","2003,58,9","2004,58,26","2005,3,1,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,69,1,70,1,56,2,57,1,58,20,59,1,60,1,61,1,62,1,63,1,64,1,65,1,66,1,67,1,68,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,79,1,81,2,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,2,96,2,97,2,90,1,91,1,92,1,93,1,94,1,95,2,99,2,98,1,100,1,101,1,102,1,103,1,104,1,105,1","200ppm,29,1","201,26,1","2015,18,3","2021,13,1","2023,12,3,14,1","2026,28,1,29,1","2031,24,6","2032,24,1,96,1","2038,13,1","204,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,96,1,95,1","2045,19,1,23,1","2046,19,1,26,1","2047,13,2,30,1","2048,13,1,30,1","2049,13,3","2050,11,1,13,1,30,1","2051,13,1","2053,23,4","2054,23,1,30,4","2055,29,4","2056,30,2","2058,19,1,24,1,23,2,26,1,32,3","206,22,1","2074,10,1","2076,18,8,23,6","2079,13,1","208,10,1","21,15,1,75,1,77,1,96,1,97,1,99,1","210,14,1,29,1","212,96,1,99,1","215,10,1","219,25,1","21cfr,95,1","22,15,1,22,1,93,2","220,12,1,14,1,29,1,99,1","2205,10,1,13,1,30,1","2209,15,4","221,14,1","2214,19,1,26,1","2215,15,1,23,1","2218,10,2,23,1,26,1,32,1","2225,11,2","2238,12,5","2248,10,1,13,1","2249,22,1","225,10,1","2253,13,2","2259,30,1","2261,13,2,34,1","2265,13,1","2270,10,1,14,1","2271,14,2","2275,14,1","2276,14,1","2277,14,1","2280,13,1,18,2","2282,10,1,18,6","2283,19,1","2284,19,1,23,1","2296,23,1","23,31,1,69,1,63,1,71,1,72,1,74,1,76,1","230,10,1,24,2,29,1","2300,10,2","2302,23,2","2303,10,1,19,1,23,1,26,2","2304,24,2,33,1","2312,26,1","2313,23,3,26,3","2319,22,2","2320,30,1","2321,30,1","2323,26,1,30,1","2333,10,1","2348,24,1,26,1","2357,10,1","2361,13,1","2362,13,1","2364,26,1","2366,13,1","2369,14,1","2370,18,2","2383,13,1","2393,19,2","2396,19,1","24,26,1,70,1,76,1,96,3,97,1,92,1,95,1,99,1","240,92,1","2402,26,1","2404,26,1","2428,29,3","2432,13,1","2456,12,1","2460,19,1","246b,25,1","246x,25,1","247b,25,1","2486,20,1","2488,20,1","2490,13,1","2491,10,1,14,1","2493,18,1","2496,26,2","25,10,2,11,1,12,1,13,1,14,1,24,1,16,2,18,1,25,3,29,4,30,1,31,1,50,1,69,2,63,1,72,1,74,1,75,1,76,1,96,3,97,2,99,3","250,69,1,58,1,63,1,74,1,93,1,99,1","2500,96,1,97,1,95,1,99,1","2504,22,1","2511,12,1","2516,12,1","2527,10,1,19,1","2528,19,1","253,18,1","2531,23,3","2554,23,1","2560,23,1","2565,13,1","2574,26,1,30,2","25m,72,1","26,10,1,73,1","2608,24,5","2614,23,1","2618,32,1","2650,58,1","2664,13,1","267,58,1","2672,10,5","2683,10,1","2686,13,2","27,26,1,32,1,58,1","270,96,1,97,1,95,1,99,1","2709,26,1","2710,18,1","2717,33,1","2733,10,1,14,1","2735,18,2,26,1","275,69,2,63,1,71,1,74,1,75,1","2770,18,1","278,58,1","2789,10,1,14,1,23,1,32,1","2790,10,1","28,10,1,58,1,73,1,75,2,85,1,96,1,97,3,95,3,99,1","280,24,1,33,1","2800,96,1,97,1,95,1,99,1","2810,13,2,18,2,26,1","2811,13,1,23,1,26,1,30,2","2820,24,1","2823,23,1","2829,12,1,18,1","2831,23,1,30,2","2834,25,1","2865,18,2","2874,15,4","288,7,1","29,69,1,63,1,72,1,74,1,75,1","2927,26,1","2929,26,2","2949,29,3","2butoxyethoxy,14,1","2dichloroethane,23,1","2h,30,1","2lm,31,1","2m,75,1","30,10,3,12,2,24,1,15,1,18,1,21,1,22,2,26,2,29,5,31,1,32,1,69,1,63,1,72,1,74,1,75,2,77,1,96,4,97,4,91,1,92,3,95,1,99,3","300,12,1,19,1,26,1,69,1,58,7,73,1,76,1,96,3,97,2,92,1,95,3,99,3","3000,96,1,97,1,95,1,99,1","3010,32,1","3012,26,1","3020,26,1","304,29,1","3040,29,1","3055,10,1","306,29,1","307,22,1","3077,26,1","3079,23,1","3082,23,3","3092,23,1,26,1","31,3,1,49,1,95,12,98,1","310,22,1","3100,96,1,97,1,95,1,99,1","3135,13,1","314,30,1","31brochure,47,1,48,1","31provides,95,1","31provideschemline,95,1","32,3,1,10,1,31,2,47,1,48,1,49,2,96,16,99,1,98,1","320,58,2","321,22,1","3261,12,1,25,3,23,1","3262,12,1","3265,12,1,13,1,14,1,24,1,18,1,26,3,30,1","3272,18,1","3295,25,4,23,1","32brochure,47,1,48,1","32with,96,1","33,29,1,32,1","331,13,1","334,3,1,5,2,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,2,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,69,1,70,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,68,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,79,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,1,97,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","340,69,1,70,1,63,1,71,1,73,3,74,1","3400,13,2","344,75,1","35,10,1,23,1,29,1,30,2,87,1,96,1,97,1,99,1","350,29,1,30,1,95,1","3500dwt,81,1,88,1","3505,12,1","350845,14,1","36,12,1,18,2,23,1,99,1","37,15,4,25,1,23,3,69,3,63,3,71,2,72,3,74,3,75,2,78,2,96,1,93,3,99,1","38,30,1,69,1,75,1","388,28,1","39,76,1","3a,30,1","3cyclopentadiene,18,1","3m,22,2","40,10,4,11,3,12,2,13,4,14,5,19,2,20,2,24,5,15,4,16,4,17,2,18,3,21,2,22,3,25,4,23,2,26,2,27,2,28,2,29,2,30,4,31,2,32,2,33,2,34,2,35,2,36,2,75,1,76,1,79,1,82,1,96,2,97,1,95,2","400,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,2,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,58,5,75,3,82,1,84,1,85,1,96,1,95,1","401,14,1","403,96,1","40c,96,1,95,1","40l,23,1","414,25,1","415,76,1","42,12,1,18,1,23,1","4224,31,1","428,99,1","43,96,1,97,1,99,1","433,69,1,63,1,71,1,72,1,74,1,75,1","44,12,1","440,3,2,5,3,6,2,7,2,8,2,9,2,10,2,11,2,12,2,13,2,14,2,19,2,20,2,24,2,80,2,15,2,16,2,17,2,18,2,21,2,22,2,25,2,23,2,26,2,27,2,28,2,29,2,30,2,31,2,32,2,33,2,34,2,35,2,36,2,37,2,38,2,39,2,40,2,41,2,42,2,43,2,47,2,48,2,49,2,50,2,51,2,52,2,53,2,54,2,55,2,68,2,69,2,70,2,56,2,57,2,58,2,59,2,60,2,61,2,62,2,63,2,64,4,65,2,66,2,67,2,71,2,72,2,73,2,74,2,75,2,76,2,77,2,78,2,79,2,81,2,82,2,89,2,83,2,84,2,85,2,86,2,87,2,88,2,96,2,97,2,90,2,91,2,92,2,93,2,94,2,95,2,99,2,98,2,100,2,101,2,102,2,103,2,104,2,105,2","44011,3,1,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,70,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,79,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,1,97,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","446,76,1","45,3,1,10,6,13,4,15,2,26,1,29,3,58,2,95,1","450,12,1,69,1,58,2,92,1","46,69,1,58,6,63,1,72,1,74,1,75,1","470,58,1","48,15,1,76,1","488,31,1","490,58,1","495,23,1","4h,30,1","50,3,1,10,8,12,9,13,1,19,2,15,1,16,4,18,1,22,2,26,15,29,5,30,2,31,2,33,2,56,1,75,1,81,2,88,2,96,1,91,1,95,2,99,1","500,12,2,29,2,58,19,63,1,74,1,77,1,79,1,96,1,99,1","500x,14,1","501,29,1,96,1,95,1,99,1,97,1","504,10,1","5046,3,1,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,70,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,79,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,97,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","50th,56,1,81,2,88,2","510,22,1","52,12,2,21,1","520,12,1","53,96,1,95,1,99,1,97,1","530,69,2,63,1,72,1,74,1,75,1,78,1","5300,82,1,83,1","532,58,1","5356,24,1","53t,26,1","54,69,1,63,1,71,1,74,1,75,1,78,1","5458,30,2","55,13,3,29,2","550,7,1,24,2","558,69,1,72,1,75,1","56,10,1,29,1","572,22,1","5789,29,1","58,12,1,72,1,75,1","580,58,3","5850,58,1","59,97,2","590,71,1","595,69,1","60,10,5,12,1,13,2,14,3,24,11,18,2,29,4,31,1,69,1,73,1,76,1,96,2,92,1,95,1,99,3,97,2","600,24,2,22,1,29,1,58,5","6056,30,1","61,10,1","610,14,1,28,1","610p,10,1","618,58,1","620,22,1","6204,30,1","6218,3,1,5,2,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,70,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,79,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,97,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","630,22,1","65,13,1,25,1,29,5,32,2,99,1,97,1","650,22,1,58,2","658,96,1,95,1,99,1,97,1","68,96,2,99,2,97,1","69,69,1,63,1,72,2,74,1,75,2","69110,29,1","6pl,24,1","70,10,2,12,2,14,1,24,2,18,5,23,1,29,4,33,2,77,1,96,2,92,1,95,1,99,2,97,4","700,22,1,58,10,92,1","71,29,1,90,1","711,29,1","712,58,1","7193,3,1,5,2,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,70,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,79,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,97,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","72,10,1,14,2,23,1","7200,13,1","723,58,1","730,26,1","736,58,5","745,29,1","75,12,1,29,3,33,1,69,1,63,1,71,1,74,1,76,1,78,1,96,3,92,1,95,3,99,2,97,2","754,58,1","75m,72,1","76000,12,1","77,22,1,82,2,83,1,96,2,99,2,97,1","770,58,1","78,31,2,96,1,95,1,99,1,97,1","780,92,1","784,3,2,8,1,47,4,48,4,49,4,96,26,95,19,99,20,97,12,98,2","784more,97,1","79,10,2,22,1,26,1","790,29,2","7956,22,1","7a,30,1","7ra,72,1,75,1","80,10,3,12,2,24,1,22,1,23,1,29,2,30,2,32,1,63,1,71,1,74,1,75,1,78,1,96,2,95,3,99,2,97,3","800,3,1,5,2,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,2,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,70,1,56,1,57,1,58,9,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,2,79,1,81,1,82,1,89,1,83,1,84,1,85,1,86,2,87,1,88,1,96,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,97,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","80deg,12,1","81,26,1","810,12,1,15,1,23,1,69,1,63,1,71,1,72,1,74,1,75,1","810p,10,1","812c,22,1","82,96,1,97,1","8211,50,1,54,10,81,2,88,2,99,3","8212,81,1,88,1,96,1,95,1,99,2","8216,54,1,96,1","8217,8,3,42,1,54,3,81,5,82,3,89,3,83,5,84,6,85,2,86,1,88,5,96,7,95,5,99,9,97,4","8220,50,1,82,6,89,5,83,12,84,10,85,4,86,4,87,3,96,1,99,1,97,5","8221,50,1,82,6,89,5,83,12,84,10,85,4,86,4,87,3,96,4,95,2,99,4,97,6","8226,49,11,50,9,52,8,57,10","83,79,2,92,1","85,19,1,22,1,25,1,26,1,30,1,92,1","850,58,9","85vl,29,1","86,29,1,96,1,99,1,97,2","874,96,1,95,1,99,1,97,1","88,96,2,95,2,99,2,97,2","880,58,1","89,96,2,95,2,99,2,97,2","895,12,1,69,1","8m,72,1","90,10,2,24,2,18,1,26,5,29,4,33,4,54,1,81,1,88,1,96,1,90,1,95,2,99,1,97,1","900,58,7,87,1","9039,29,1","91,29,1","911,22,1,26,1,32,1","912,96,1,95,1,99,1,97,1","913,14,1","92,28,1,96,1,95,1,99,1,97,1","93,10,2,90,1,99,1","937,3,2,5,3,6,2,7,2,8,2,9,2,10,2,11,2,12,2,13,2,14,2,19,2,20,2,24,2,80,2,15,2,16,2,17,2,18,2,21,2,22,2,25,2,23,2,26,2,27,2,28,2,29,2,30,2,31,2,32,2,33,2,34,2,35,2,36,2,37,2,38,2,39,2,40,2,41,2,42,2,43,2,47,2,48,2,49,2,50,2,51,2,52,2,53,2,54,2,55,2,68,2,69,2,70,2,56,2,57,2,58,2,59,2,60,2,61,2,62,2,63,2,64,4,65,2,66,2,67,2,71,2,72,2,73,2,74,2,75,2,76,2,77,2,78,2,79,2,81,2,82,2,89,2,83,2,84,2,85,2,86,2,87,2,88,2,96,2,90,2,91,2,92,2,93,2,94,2,95,2,99,2,97,2,98,2,100,2,101,2,102,2,103,2,104,2,105,2","941,14,1","943,58,1","95,14,1,22,2,29,1,96,1,95,1,99,1,97,1","96,91,1","97,73,1","972,69,1","98,6,1,7,1,8,1,18,1,25,1,26,1,29,2,70,2,62,1,63,1,67,1,73,1,74,1,75,1,76,1,77,2,78,1,96,1,93,4,99,1","99,13,2,26,1,30,1,96,1,99,1,97,1","996,96,1,95,1,99,1,97,1","a1,10,1,20,1","a180,29,1","a3,10,1","a4,10,1","a5,79,1","a6,10,1","aa,10,5","ability,54,1,69,1,63,1,72,1,74,1,75,1,77,1,89,1,96,1,95,1,99,1,97,1","able,80,1,69,2,70,4,73,2,96,1,95,1,99,1,97,1","aboard,54,2","abovementioned,90,1","abrasion,7,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,67,1,96,4,95,2,99,3,97,2","abrasive,96,2,99,2,105,1","absolute,10,1","absorb,80,1,75,1,90,1","absorbed,97,1","absorbent,10,6,69,1","absorbs,97,3","absorption,8,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,69,1,72,1,75,1,78,3,79,1,83,1,96,4,90,3,93,2,95,4,99,3,97,3","abut,70,1","ac45c,22,1","acajounut,10,1","acceptance,77,1,96,1,95,1,99,1,97,1","accepted,73,1,81,1,88,1","access,55,1,59,1","accessible,70,1","accidental,90,1","accomplished,54,2","accordance,96,1,95,1,99,1,97,1","according,68,1,70,1,72,1,73,1,77,1,81,1,88,1,90,1,92,1,93,1","accounts,55,1,59,1","accrue,69,1","acetal,10,2,14,1","acetaldehyde,10,2,23,1,26,2,96,1,99,1,97,1","acetaldheyde,10,1","acetaldol,10,1","acetamide,13,1","acetate,10,9,11,2,12,3,13,9,14,21,19,8,24,3,16,5,18,5,25,4,23,16,26,16,29,5,32,2,96,1,99,1,97,1","acetene,10,1","acetic,10,24,12,1,13,2,14,5,23,3,30,1,67,1,78,1,81,2,82,1,89,1,83,1,85,1,88,2,96,2,91,1,99,2,97,1","acetidin,10,1","aceto,23,1","acetoacetate,14,1","acetoacetic,10,1","acetol,10,1","acetonate,14,1","acetone,10,2,12,1,19,1,96,2,95,1,99,2,97,2","acetonitrile,10,1","acetophenone,10,1","acetoxyethane,10,1","acetoxyethylene,10,1","acetoxypropane,10,2","acetyl,10,3,14,1,23,1","acetylbenzene,10,1","acetylene,10,3,23,1","achievable,70,1,75,1","achieve,89,1,96,1,95,1,99,1,97,1","achieved,63,2,72,1,73,1,74,2,75,2,77,2","achievement,81,2,88,2","achieving,70,1","acid,10,46,11,10,12,36,13,19,14,55,19,9,20,1,24,32,15,27,16,11,17,1,18,32,21,1,22,13,25,28,23,46,26,85,27,1,28,3,29,27,30,13,31,2,32,7,33,1,34,1,35,1,36,1,68,2,62,1,71,1,75,1,77,1,78,5,81,2,82,2,89,1,83,2,85,6,88,2,96,32,90,6,91,4,93,10,95,4,99,41,97,42","acidity,13,1","acids,6,1,7,1,8,2,10,1,11,1,12,2,13,2,14,1,19,1,20,1,24,3,15,3,16,2,17,1,18,1,21,1,22,2,25,2,23,1,26,3,27,1,28,1,29,17,30,3,31,1,32,1,33,2,34,1,35,1,36,1,68,1,63,1,64,1,65,1,66,1,67,1,73,1,74,1,76,1,81,3,82,1,89,1,84,1,85,2,88,3,96,4,90,1,93,1,95,2,99,2,97,3","acidulated,10,2","acintol,10,1","ackerman,78,1","ackermann,61,1,62,2,90,2,92,1,93,1,97,1","acknowledges,73,1","acraldehyde,10,1","acrobat,5,3","acroleic,10,1","acrolein,10,2,96,1,99,1,97,1","acropol,10,1","acrylaldehyde,10,1","acrylamide,10,2","acrylate,10,1,13,2,14,3,19,2,24,1,18,1,25,1,23,3,26,1,96,1,99,1,97,1","acrylic,10,12,22,1,23,1,96,1,99,1,97,1","acrylinitrile,81,1,88,1","acrylobutylic,10,1","acrylonitrile,10,1,65,1,66,1,67,1,82,1,83,1,84,1,96,1,99,1,97,1","actions,70,1","activator,96,1,95,1,99,1","actual,75,1,96,1,99,1,97,1","adc,10,1","add,68,1,96,1,95,1,99,1,97,1","added,80,1,70,1,73,1,76,1,85,1,93,1","adding,70,1,63,1,74,1","addition,54,4,72,1,75,1","additional,63,2,72,1,74,2,75,2,78,1,86,1,90,1","additionally,54,2","additive,10,1,12,3,14,3,24,1,16,1,18,1,22,3,25,4,23,2,26,3,29,1,30,1","additives,12,1,14,1,20,1,22,1,26,2,29,1,68,1","additonal,71,1","address,47,1,48,1,70,1","adds,50,1,70,1,76,1,81,1,88,1","adduct,15,1","adequate,96,1,95,1,99,1,97,1","adhesion,80,1,92,1,95,1,97,1","adhesive,92,2,93,3","adipate,13,8,24,1,18,2,25,1","adipic,10,8","adiponitrile,10,1","adipyl,10,1","adjustment,96,1,95,1,99,1,97,1","adjustments,70,1","adlacide,10,1","admin,55,1,59,1","admirably,80,1","adobe,5,2","adoption,73,1,76,1","adrasan,58,1","adronal,10,2","adronol,10,1","ads,50,8,68,4,62,4,63,4,64,4,65,4,66,4,67,4","adv,64,1,96,1,95,1,99,1,97,1","advanced,1,5,2,5,3,1,5,14,6,14,7,15,8,13,9,10,10,9,11,9,12,9,13,9,14,9,19,9,20,9,24,9,80,15,15,9,16,9,17,9,18,9,21,9,22,9,25,9,23,9,26,9,27,9,28,9,29,9,30,9,31,9,32,9,33,9,34,9,35,9,36,9,37,13,38,10,39,13,40,9,41,9,42,14,43,13,47,13,48,13,49,13,50,10,51,9,52,14,53,14,54,13,55,13,68,10,69,10,70,11,56,13,57,14,58,13,59,13,60,13,61,13,62,9,63,17,64,10,65,9,66,10,67,9,71,11,72,10,73,12,74,17,75,10,76,11,77,12,78,11,79,14,81,16,82,13,89,13,83,13,84,13,85,13,86,13,87,13,88,16,96,11,90,13,91,13,92,13,93,13,94,14,95,11,99,11,97,11,98,13,100,9,101,9,102,15,103,13,104,13,105,14","advancement,66,1","advances,73,2,78,1","advantage,52,2,68,1,62,1,73,1,81,1,89,1,88,1,90,1","advantages,62,1,63,1,72,2,73,1,74,1,75,1,78,1,90,2,97,1","adver,68,4,62,4,63,4,64,4,65,4,66,4,67,4","advertisements,50,1,68,1,62,1,63,1,64,1,65,1,66,1,67,1","aero,10,1,15,1","aerofloat,10,1","aerondary,10,1","aerosil,10,1","aerosol,10,1","aerospace,7,1,9,1,73,1,77,1","aerothene,10,1","afterone,93,1","against,7,1,42,1,69,1,73,1,76,1,77,2,92,1,93,1","age,97,1","agent,10,1,22,1","agents,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,2,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,78,1","ages,90,1","aggressive,5,4,6,4,7,4,8,6,9,4,10,4,11,4,12,4,13,4,14,4,19,4,20,4,24,4,80,4,15,4,16,4,17,4,18,4,21,4,22,4,25,4,23,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,5,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,5,70,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,5,67,4,71,5,72,4,73,5,74,4,75,6,76,4,77,6,78,5,79,5,81,4,82,6,89,5,83,6,84,5,85,5,86,4,87,4,88,4,96,7,90,8,91,4,92,4,93,4,94,4,95,5,99,7,97,6,98,4,100,4,101,4,102,5,103,4,104,4,105,5","agitator,96,1,95,1,99,1,97,1","ago,71,1","agreed,96,1,95,1,99,1,97,1","agricultural,10,1","agroxon,10,2","ah,26,1,32,1","ahead,73,1","air,10,1,96,5,90,1,95,2,99,5,97,2","aircraft,7,1,10,1,16,1,30,1,70,1,73,1","airflex,10,1","airless,73,1,96,1,92,3,95,1,99,1,97,1","airturbo,10,1","akers,86,1,87,1","alaaddin,58,1","aladdin,10,1","albo,10,1","alcohol,10,26,11,1,12,9,13,7,14,9,19,10,24,8,15,20,16,4,18,12,22,2,25,5,23,7,26,7,29,9,30,5,31,1,33,1,96,1,93,1,99,1,97,1","alcoholic,10,2","alcohols,10,11,14,1,15,2,22,1,29,2","aldehyde,10,5,11,1,14,2,19,2,24,1,15,2,25,1,23,1,26,2,32,2,96,1,99,1,97,1","aldehydine,10,1","aldol,10,1","aleyna,58,3","alfa,10,1","alfanol,10,1","alfanols,10,1","alfatem,58,1","alfol,10,5,28,1","aliphatic,10,2,18,1,26,1,29,1","alizarin,10,2","alk,10,1","alk56,10,1","alkalate,10,1","alkali,10,1","alkalies,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,66,1,96,1,95,1,99,1","alkalis,6,1,7,1,8,1,63,1,73,1,74,1,76,1,96,1,95,1,97,1","alkalys,22,1","alkane,10,2","alkanes,10,1","alkanol,10,4","alkaryl,10,1,11,1,12,1,22,2,23,1,36,3","alkarylsulphonic,10,1","alkaterge,10,2","alkene,26,1","alkeneamide,26,1","alkenes,10,1","alkyl,10,11,12,5,16,1,23,1,26,1,29,1","alkylate,10,9,13,1,29,1,31,1","alkylates,10,2","alkylbenzene,10,6","alkylbenzol,10,1","alkyldithiothiadiazole,10,1","alkylene,12,1,24,2","alkylester,10,1,25,1","alkylnaphthalene,29,1","alkylphenate,12,1","alkylsalicylate,12,1,23,1,29,2","alkytol,10,1","allocated,70,1","allow,38,1,53,1,70,1","allowing,8,2,70,1,63,1,74,1,96,2,90,1,95,3","allows,81,1,88,1,95,1","allyl,10,8,14,1,19,1,23,1","allylene,10,1","allylmustard,10,1","almada,54,1","almond,10,5,29,2","almonds,32,1","almost,63,1,71,1,72,1,74,1,75,1,78,2,95,2,97,1","alone,70,1,56,1,81,1,88,1","along,63,1,71,1,74,1,75,1","alpha,10,26,12,2,14,1,18,3,25,1,23,2,26,2","alphabetical,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,39,1,43,1,51,1,101,1,103,1","alphachloro,30,1","alphanol,10,2","already,63,1,71,1,74,1,75,2,77,3,78,5,81,1,88,1","alternative,71,1,72,1,75,1","alternatives,79,1","although,90,1","alum,10,5","aluminate,29,2","aluminium,10,13,24,1","aluminosilicate,29,1","aluminum,10,1","always,54,1,96,1,90,1,95,1,99,1,97,1","amasil,10,2","ambient,10,1,11,1,12,1,13,2,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,70,1,87,1,96,5,99,3,97,2","america,75,1","american,30,1","amide,10,1,26,3","amine,10,2,11,3,13,30,14,10,19,5,24,13,15,1,18,4,23,10,26,5,29,1,30,11,96,1,99,2,97,2","amines,10,1,68,1,90,1","amino,10,6,14,2","aminobenzene,10,1","aminobutane,10,2","aminocaproic,10,3","aminocaprolactam,10,1","aminocyclohexane,10,1","aminoethane,10,2","aminoethanol,10,1","aminoethoxy,14,1","aminoethoxyethanol,10,1","aminoethyl,11,1,13,1,14,3,24,2,26,1","aminoethylethane,10,1","aminoethylethanol,10,1,24,1","aminoethylpiperazine,24,1","aminoform,10,2","aminohexahydrobenzene,10,1","aminomethane,10,1","aminopentane,10,1","aminophen,10,1","aminopropane,10,3","aminopropanol,10,1","aminotoluene,25,1,23,1","amm,15,1,26,1,29,1","ammonia,10,17,22,4,31,1,68,1,99,1,97,1","ammonium,10,21,18,2,29,1,31,7,96,1,99,1,97,1","ammoniumsulphid,29,1","among,75,1","amortizaion,71,1","amortization,69,1,63,3,71,1,72,4,74,3,75,4","amount,70,1,77,1,83,1","amp,3,2,5,1,6,2,7,1,8,1,9,1,10,4,11,1,12,1,13,1,14,1,19,1,20,1,24,3,80,1,15,1,16,1,17,1,18,1,21,1,22,2,25,2,23,1,26,2,27,1,28,2,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,2,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,70,3,56,1,57,3,58,1,59,1,60,1,61,2,62,1,63,1,64,2,65,1,66,1,67,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,6,79,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,2,90,2,91,1,92,1,93,1,94,1,95,2,99,1,97,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","amused,73,1","amyl,10,1,14,3,24,3,15,1,23,5,29,2,30,2","amylenes,30,1","amylketone,23,1","analysis,1,1,2,1,3,1,4,4,49,1,52,1,65,1","anders,58,2","andris,73,1","andzinc,90,1","anesthetic,12,1","anhydride,12,4,14,3,23,3,26,5,29,3,30,1,96,1,99,3,97,3","anhydrous,10,1,12,1,13,1,14,2,15,1,16,1,18,2","aniline,13,1","animal,11,1,15,2,29,1,97,1","anivax,14,1","anne,50,1,58,1","announced,77,1","annual,78,1","annually,63,1,71,1,74,1,75,1,78,1","anomalies,93,1","anoperating,72,1","another,80,1,70,1,75,1,77,2,90,1","ansi,96,1,95,1,99,1,97,1","answer,79,1","answers,42,1,53,1","anthony,54,1","anti,22,1,23,1,69,1,72,2,73,1,96,1,95,1,99,1,97,1","anticorrosion,70,1,57,2,61,1,62,1,63,1,71,2,73,1,74,1,75,1,78,4,90,2,92,1,93,1,97,1","antonio,54,1","apc,1,3,2,3,3,4,5,4,6,4,7,9,8,4,9,12,10,8,11,8,12,8,13,8,14,8,19,8,20,8,24,8,80,4,15,8,16,8,17,8,18,8,21,8,22,8,25,8,23,8,26,8,27,8,28,8,29,8,30,8,31,8,32,8,33,8,34,8,35,8,36,8,37,4,38,8,39,4,40,8,41,8,42,4,43,4,47,5,48,5,49,4,50,9,51,8,52,4,53,4,54,6,55,4,68,9,69,18,70,8,56,4,57,6,58,4,59,4,60,4,61,4,62,8,63,8,64,8,65,8,66,9,67,8,71,10,72,11,73,11,74,8,75,16,76,10,77,12,78,13,79,4,81,7,82,4,89,4,83,4,84,4,85,4,86,4,87,4,88,7,96,23,90,4,91,4,92,5,93,7,94,4,95,21,99,22,97,20,98,4,100,8,101,8,102,4,103,4,104,4,105,4","apc013a,69,4","apc013b,70,4","apc013c,71,4","apc014a,72,4","apc014b,73,4","apc018,62,4","apc021,74,4","apc021a,63,4","apc049,64,4","apc054,65,4","apc059,75,4","apc060,76,4","apc064,77,4","apc065,66,4","apc074,78,4","apc093,67,4","apc205,68,4","apco26,79,4","apco28,80,4","application,1,1,2,1,5,3,54,4,69,1,70,1,59,1,61,1,73,1,75,1,77,2,81,1,88,1,96,12,90,1,92,4,93,1,95,7,99,11,97,10","applications,7,2,8,1,54,8,70,1,73,1,75,2,76,1,77,1,96,2,94,1,95,1,102,1","applied,70,2,72,1,75,2,76,1,77,1,78,1,86,1,96,2,90,1,92,3,93,1,95,2,99,2,97,3","apply,70,1,96,1,95,1,99,2,97,1","applying,70,2","appointed,73,1","approached,70,1","appropriate,3,1","approval,78,2","approvals,70,1","approved,80,1,53,1,64,1,65,1,78,1,81,2,88,2,96,1,99,1,105,1","approx,12,1,32,1","approximate,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","approximately,85,1","apps,3,1,5,4","apr,58,3","april,83,1","apv,22,1","aq,29,2","aqua,10,1,14,1,31,1","aqueous,10,2,12,1,13,5,14,1,18,2,22,2,23,3,26,1,30,2,32,2","arcadian,26,1","architectural,79,1","arco,30,3","arctic,58,2,86,1,87,3,95,1,97,1","ard,26,2","arduous,96,1,95,1,99,1,97,1,102,1,105,1","area,80,1,69,2,70,1,58,1,63,1,71,1,72,1,73,1,74,1,75,4,77,2,78,1,79,1,97,1","areas,42,1,70,1,73,1,82,1,83,1,93,1","argentina,84,1","argues,69,1","arineline,68,1","arise,96,1,95,1,99,1,97,1","aromatic,10,1,12,1,24,3,18,1,26,1,29,2,33,3,96,1,99,1","around,70,1,63,1,74,1,75,1,77,1,97,1","art,66,1","article,69,4,70,4,57,1,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4","articles,69,4,70,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4","artifical,10,1","artificial,25,1","aryl,10,1","asaviation,90,1","ash,29,2","ask,73,1","asked,78,1","asp,1,4,2,4,3,4,4,4,5,4,6,4,7,4,8,4,9,4,10,4,11,4,12,4,13,4,14,4,19,4,20,4,24,4,80,4,15,4,16,4,17,4,18,4,21,4,22,4,25,4,23,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,44,8,45,8,46,8,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,70,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4,79,4,81,4,82,4,89,4,83,4,84,4,85,4,86,4,87,4,88,4,96,4,90,4,91,4,92,4,93,4,94,4,95,4,99,4,97,4,98,4,100,4,101,4,102,4,103,4,104,4,105,4","aspects,7,1,8,1","asphalt,26,1","asphaltine,70,1","assertion,93,1","assets,38,1","assist,70,1","assistance,75,1","assisted,54,1","assitant,10,1","associated,78,1","associates,69,1","assume,63,1,74,1","assumed,71,2,72,1,75,2","assumes,96,1,95,1,99,1,97,1","assuming,63,1,74,1","assuring,42,1,53,1","astm,70,1,96,6,95,6,99,6,97,6","atmospheric,97,1","ats,58,2","attack,8,3,96,5,95,4,99,5,97,1,105,1","attacked,7,1","attacking,8,1,96,1,99,1","attention,54,1","attests,81,1,88,1","attributes,76,1","aug,58,2,81,4","august,56,1,76,1,81,1,86,1,88,1","aurora,50,1","aut,79,1","auth,1,4,2,4,45,8","authdatabase,44,8","automotive,33,1,70,1","av165,24,1","availability,90,2","available,5,1,69,1,96,2,90,2,95,2,99,2,97,2,102,1","avcat,20,2","average,63,1,71,2,74,1,75,2,78,2,96,1,95,1,99,1,97,1","averaging,69,1","aviation,14,1","avoid,70,1,67,4,97,1","avoided,93,1","avon,3,1,5,1,6,1,7,2,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,80,1,15,1,16,1,17,1,18,1,21,1,22,1,25,1,23,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,70,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,2,64,2,65,1,66,1,67,1,71,1,72,1,73,1,74,2,75,1,76,1,77,1,78,1,79,1,81,3,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,3,96,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,97,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","aware,73,1","axle,14,1,23,1,29,1","azabenzene,96,1,99,1,97,1","azacylolhexane,25,1","azine,11,1","azirine,13,1","aziz,58,1","b2,29,1","babassu,11,1","backbone,96,1,99,1","background,6,1,54,3","bake,7,1,8,1,99,1","ballast,11,1,33,1,70,7,57,1,92,3","balls,24,1,23,1","baltic,58,1","banana,11,2","band,78,1","bar,70,1","barcol,96,1,95,1,99,1,97,1","barium,11,1","base,10,1,11,4,12,1,18,2,23,1,29,2","based,6,1,7,3,13,1,23,1,69,2,70,2,63,2,71,4,72,2,73,4,74,2,75,4,76,1,77,1,78,2,79,1,81,2,88,2,96,1,95,1,99,1,97,1","bases,16,1,26,1,99,1","basf,21,1","basins,96,1","basis,69,1,95,1,97,1","bb,11,4,26,1,32,1","bbp,11,1","bean,12,2,15,1,29,1","beat,26,1","became,70,1","because,70,1,73,1,80,1,81,2,88,2","become,70,1","becomes,90,1","beechnut,11,1","beer,11,1","beet,11,1","began,7,1,85,1","beginning,75,1,77,1","belgium,58,2","believes,69,1,70,1","bend,96,1,95,1,99,1,97,1","benefits,1,1,2,1,68,1,69,3,57,1,71,1,72,1,73,1,75,1,77,1,78,1","benne,11,1","bent,80,2","benzaldehyde,11,1","benzene,10,4,11,26,13,1,19,1,24,1,31,1,96,2,99,5,97,5","benzenedicarboxylic,25,1","benzenes,11,1","benzenesulphonyl,11,1","benzenetetrahydride,11,1","benzin,11,1","benzine,11,1,26,1","benzines,29,1","benzinoform,11,1","benzinum,11,1","benzoate,23,1,29,1","benzofuran,11,1","benzoic,11,5","benzol,11,1,24,1,23,1","benzolene,11,1","benzoline,11,1","benzophenol,11,1","benzophenon,11,1","benzoyl,11,1,96,1,99,1,97,1","benzoylhydride,11,1","benzyl,11,2,14,1,29,1","benzylchlorid,11,1","benzylidine,11,1","bergen,58,2","bert,70,1","bertholite,11,1","best,77,1","beta,11,14,13,1,14,1,23,1,26,2","betasse,11,1","betholite,11,1","better,52,1,73,1,89,1,92,2","between,8,2,69,3,71,1,72,1,75,1,77,1,96,2,95,4,99,1","beverages,10,1","bey,58,4","beyond,75,1,77,1,96,1,95,1,99,1,97,1","bfv,11,1","bg,10,2,22,2","bibenzene,11,1","bichloride,12,1","bichromate,11,1,29,1,96,1,99,1,97,1","bichromte,29,1","biformyl,11,3","bihexyl,11,1","biocide,11,1","biphenyl,11,2","bis,11,4,16,1","bisphenol,13,2","bisulfide,10,1,12,2","bitter,10,1,29,2","black,12,3,96,1,95,1","blast,96,2,95,2,99,2,97,2","blasting,70,1,96,2","bleach,18,3,68,1,96,1,99,1,97,1","bleachable,29,1,30,1","bleaching,96,1,95,1","blend,10,1,14,1,23,1,29,3","blending,10,1,16,1,22,1,28,1","blends,10,1","blistering,93,2","blow,95,1","board,90,2","boiler,79,1","boiling,12,1,29,2,30,1","bond,80,1,95,1,97,1","bonding,78,1,96,2,92,1,99,1","bonds,95,3","bone,15,1","bonus,85,1","bonuses,72,1","book,70,1","boost,63,1,74,1","borden,31,1","born,54,2","borohydride,29,2","both,8,1,63,1,70,1,71,1,72,1,73,1,74,1,75,2,81,1,82,2,84,2,88,1,96,1,99,1","bottom,10,1,79,1","bottomline,84,1","bottoms,93,1","boundaries,73,1","bp,22,1","bpl,26,1","braces,80,1","bran,28,1","branched,10,1","breadth,76,1","break,77,1,80,1","breakdowns,70,1","breakthrough,70,1,96,1,95,1,99,1,97,1","brek,83,1","breko,82,1","bridged,96,1,99,1","bright,12,1,15,1,16,1,29,1","brine,26,1,29,2,36,1","bring,79,1,96,1,95,1,99,1,97,1","bringing,54,1","brings,54,1","brittle,99,1","broader,90,1","brochure,47,2,48,2,49,4,52,1,68,1,64,1,65,1","broke,75,1,77,1","broken,70,1","brokers,77,1","bromide,12,3,36,1","bromine,96,1,99,1,97,1","bromo,23,1","brush,92,1","btbe,64,1,65,1","btp,22,1","btx,24,1","bucked,80,1","bucking,57,1,76,1","buckled,80,8","budgets,70,1","bui,75,1","build,7,1,8,1,69,1","builder,66,1","building,69,1,70,2,71,1,73,1,77,1,78,1","builds,50,1,68,1","built,69,2,70,2,73,1,79,2,82,1,89,1,83,1,84,1,86,2,87,1","bulkhead,80,2","bulkheads,80,1","bulletins,96,1,95,1,99,1,97,1","bunker,76,1,89,1","burce,58,1","bureau,5,4,6,4,7,4,8,4,9,4,10,4,11,4,12,4,13,4,14,4,19,4,20,4,24,4,15,4,16,4,17,4,18,4,21,4,22,4,25,4,23,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4,79,4,80,4,81,4,82,4,89,4,83,4,84,4,85,4,86,4,87,4,88,4,96,4,90,4,91,4,92,4,93,4,94,4,95,4,99,4,97,4,98,4,100,4,101,4,102,4,103,4,104,4,105,4","burning,80,2","business,57,1,70,1,73,1","butadiene,12,1,23,2,29,3","butanal,24,1","butane,24,1","butanoic,96,1,99,1,97,1","butanol,14,1,24,1,18,1,23,5,29,1","butene,11,1,12,3,24,1,23,3,26,1,30,2","butenedioc,12,1","butenedioic,12,1","butenol,23,1","butenyl,19,1","butoxyethoxy,14,3","butter,12,5,24,2,26,2","butterworthing,33,1","buttner,75,1,77,1,79,2","butyl,10,4,13,1,14,6,24,5,15,1,16,1,22,1,25,1,23,5,26,5,29,5,30,4","butylalcohol,24,1","butylated,31,1","butylbenzene,23,1,26,1","butylbenzyl,26,1","butylbenzylphthalate,26,1","butylene,11,2,16,1,26,1","butylester,14,1,23,1","butylether,14,1","butylmethylether,30,1","butyloctyl,26,1","butylphenol,25,2,29,1","butyltoluene,30,2","butyne,23,2","butyraldehyde,23,1","butyrate,14,1,23,1","butyric,24,1,96,1,99,1,97,1","butyrolactone,10,1,16,1","buyer,96,1,95,1,99,1,97,1","bv,58,2","bythe,90,1","c03601,21,1","c1,26,1","c10,10,1,12,1,13,1,24,1,16,1,29,1","c100,23,1","c10trialkylacetic,16,1","c11,10,1,11,1,12,1,22,1,23,1","c12,10,3,15,1,25,1","c13,10,2,12,2,13,2,25,1,26,2,29,2","c14,12,2,13,1,26,1,29,1,36,1","c15,10,2,29,1","c16,10,2,12,1,22,1,26,1,36,1","c17,10,3,12,1","c18,10,5,26,1","c20,10,1,24,1,15,2,22,1,23,1,26,1","c22,26,1","c24,10,2","c250,26,2","c26,30,1","c28,26,3","c29,26,1","c3,29,1,36,1","c4,10,3","c40,10,1,12,3","c43,29,1","c5,10,2,25,1","c50,11,1,12,1,23,1","c6,10,13,25,1,29,1","c60,10,1,22,1","c7,10,1,13,2,25,1,26,2,36,1","c8,10,4,12,3,23,1,25,2,29,2,36,1","c88,29,1","c9,10,3,13,2,26,2,36,1","cabismas,29,1","cable,19,1","cacao,12,2","cacaonut,12,1","cagnoni,66,1,76,1","cajeput,12,1","cajeputene,12,1","calcium,12,38,18,2,22,1,25,1,96,2,99,2,97,2","calculated,1,1,2,1","calculates,69,1","call,69,1,63,1,71,1,74,1,75,1,78,1","calls,69,1,63,1,71,1,74,1,75,1,78,1","caltex,12,2","came,75,1","campaign,73,1","camphogen,12,1","camphor,12,7,20,1,15,1,22,2,33,1","camphorated,12,1","canada,3,1,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,70,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,79,1,80,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,1,90,1,91,1,92,1,93,1,94,1,95,1,99,1,97,1,98,1,100,1,101,1,102,1,103,1,104,1,105,1","canadol,12,1","candelilla,12,2","candlenut,12,1","cane,23,1,31,1","cannot,8,1,42,1,96,1,99,2","cantiere,66,1,76,1,77,1","capabilities,78,1,79,1","capability,7,1,52,1,66,2,82,1,84,1,97,1","capable,54,1,71,1,75,1","capital,66,1,71,1,72,1,75,1,76,1,77,1","capoc,12,1","capok,12,1","cappadoccian,58,1","capric,12,3","caprio,12,1","caproic,10,1,12,1","caprolactam,10,1,12,4,14,2","caprolactone,12,1","caproyl,12,1","caproylhydride,24,1","capryl,12,1","caprylene,12,1","caprylic,12,4,24,1","caprylyl,12,1","capt,54,1","captain,54,1","car,18,1","caradate,12,1","caradol,12,5","caradols,12,1","caraway,12,2","carbacril,12,1","carbamide,12,2","carbide,14,1,30,1","carbinamide,12,1","carbinol,12,1,13,4,14,1,19,2,24,1,23,8,25,1,29,1","carbitol,12,3,13,1,14,3,23,2,26,2","carbolic,12,2,96,1,99,1,97,1","carbon,10,1,12,14,29,1,69,1,63,1,71,1,72,2,74,1,75,1,76,1,78,2,96,2,95,2,99,2,97,2","carbonal,11,1,15,1","carbonate,10,1,12,1,13,1,14,2,29,4,99,1,97,1","carbonic,12,5,13,2","carbonyl,11,1,12,1,14,1","carbowax,12,2","carboxybenzene,12,2","carboxyethane,12,1","carboxylic,11,3,18,4,26,1,96,1,99,1,97,1","cardura,12,1,29,1","career,54,1","carex,12,1","cargo,5,4,6,4,7,4,8,4,9,4,10,5,11,5,12,5,13,5,14,5,19,5,20,5,24,5,15,5,16,5,17,4,18,5,21,5,22,5,23,5,25,5,26,5,27,5,28,5,29,5,30,5,31,5,32,5,33,5,34,5,35,5,36,5,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,5,54,6,55,4,68,8,69,7,56,4,57,5,58,4,59,4,60,4,61,5,62,8,63,5,64,4,65,4,66,7,67,4,70,13,71,6,72,4,73,9,74,5,75,13,76,8,77,9,78,10,79,12,80,4,81,10,82,5,89,7,83,5,84,7,85,5,86,5,87,6,88,10,96,4,90,17,91,4,92,5,93,5,94,4,95,5,99,4,97,17,98,4,100,4,101,4,102,4,103,4,104,4,105,4","cargoes,9,1,53,1,68,3,69,1,62,1,63,1,66,2,72,1,74,1,75,4,77,2,78,2,79,3,80,1,81,2,82,2,89,2,83,2,85,1,88,2,90,8,95,3,97,9,105,1","cargosequences,90,1","carnation,12,1","carnea,12,1","carriage,78,1,89,1,90,3","carried,75,2,76,1,78,2,81,2,82,1,89,1,83,1,84,1,85,1,88,2,90,6,91,1,92,1,93,2","carrier,57,1,63,1,66,1,72,1,73,2,74,1,75,3,77,1,78,1,85,1","carriers,58,1,62,1,90,5,97,2","carry,50,1,68,2,64,1,65,1,66,2,71,1,75,1,78,2,81,4,82,1,87,1,88,4,97,1","carrying,63,1,72,1,73,1,74,1,75,1,78,1,79,1,80,1,85,2","cars,71,1,99,2","carui,12,1","case,37,6,40,10,60,1,63,2,71,1,72,1,74,2,75,3,78,2,90,4,100,10,101,4,104,2","cashew,12,4","cashewnut,12,1","casing,12,2","castor,12,5,15,1,29,1","cat,24,10","catalyst,95,2,97,2","category,73,1","cater,75,1","cationic,10,1","cause,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","caused,70,1,80,1,85,1","causes,52,1","causing,8,1,96,1,95,1,99,1","caustic,12,9,33,2,68,1,78,1,82,1,83,1,96,1,91,1,99,1,97,1","caustics,67,1,81,2,89,1,85,2,88,2,97,1","cb,12,1,26,1,30,2","cc,12,4","cd,47,3,48,3,49,6","cedro,12,1","cellosolve,12,3,13,1,14,2,19,2,23,1,26,3,93,3","celluflex,12,1","celluphos,12,1","cellusolve,26,1","cement,12,2","cent,69,1,70,1,72,2,75,3","centers,7,1","centre,71,1,75,1","century,73,1","cerechlor,12,1","ceres,69,2,75,1","cerex,29,1","certain,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,76,1,90,1","certify,96,1,99,1","certrex,12,1","cetyl,12,4,18,2,26,1","cetylbenzene,24,1","cetylic,12,2","cfr,96,1,99,1","cha,12,1","chain,10,2,11,1,12,2,22,2,25,1,29,1","chairman,81,1,88,1","chalking,93,3","challenges,69,1,57,1,70,2","challenging,78,1,81,1,88,1","chambers,96,1","change,73,1,90,1,93,1","changed,70,2,93,1","changing,95,1,97,1","characteristics,78,1,83,1","charge,5,1,72,1,75,1","charged,72,1,75,1","charging,72,1,75,1","chart,52,1","charter,73,1,76,1","charterers,77,1,84,1","chartering,79,1","charts,10,4,11,4,12,4,13,4,14,4,19,4,20,4,24,4,15,4,16,4,17,4,18,4,21,4,22,4,23,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4","cheaper,89,1","check,37,1,40,1,41,1,92,2,100,1,104,1","chem,37,4,38,8,39,4,96,1","chem31,95,4","chem32,96,4","chemcal,71,1","chemical,1,1,2,1,3,1,5,4,6,4,7,7,8,9,9,5,10,10,11,10,12,10,13,10,14,10,19,10,20,10,24,10,15,10,16,10,17,9,18,10,21,10,22,10,23,10,25,10,26,10,27,10,28,10,29,10,30,11,31,10,32,10,33,10,34,10,35,10,36,10,37,4,38,9,39,6,40,4,41,4,42,4,43,6,47,5,48,5,49,6,50,5,51,10,52,5,53,6,54,7,55,4,68,6,69,11,56,4,57,6,58,4,59,4,60,5,61,5,62,5,63,6,64,4,65,4,66,7,67,5,70,6,71,6,72,9,73,10,74,6,75,17,76,8,77,13,78,13,79,7,80,7,81,7,82,6,89,7,83,6,84,6,85,5,86,6,87,5,88,7,96,16,90,9,91,4,92,6,93,6,94,5,95,10,99,15,97,10,98,4,100,4,101,6,102,4,103,6,104,4,105,5","chemicals,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,38,2,42,2,68,1,64,1,65,1,70,3,73,3,75,1,77,1,79,1,81,1,82,1,89,1,84,1,85,1,88,1,96,5,90,1,91,1,93,2,95,1,99,3,97,2,102,1,105,1","chemistry,95,1","chemline,3,2,5,4,6,4,7,4,8,5,9,4,10,4,11,4,12,4,13,4,14,4,19,4,20,4,24,4,15,4,16,4,17,4,18,4,21,4,22,4,23,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,5,39,4,40,4,41,4,42,6,43,4,47,7,48,7,49,7,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4,79,4,80,4,81,4,82,4,89,4,83,4,84,4,85,4,86,4,87,4,88,4,96,28,90,4,91,4,92,4,93,4,94,4,95,21,99,5,97,4,98,6,100,4,101,4,102,6,103,4,104,4,105,4","chemmariner,58,1,81,2,88,2","chemprime,41,9","chemtanker,76,1","chevron,12,3,24,1,25,1,26,1","chief,54,1,73,1,77,1,78,1","chimico,61,1,78,1,91,2","china,12,1,54,1,69,1,58,13,79,2","chinese,12,2","chlor,10,1","chloracetic,96,1,99,1,97,1","chlorallylene,12,1","chlorate,12,1,29,3","chloratus,14,1","chlorex,12,1","chlorhydrin,14,1","chloric,12,1","chloride,10,6,11,8,12,11,13,1,14,6,19,3,15,3,18,7,23,6,25,2,26,8,29,4,30,3,31,1,32,2,71,1,77,1,82,1,83,1,96,5,90,1,93,5,99,7,97,6","chlorinated,11,1,12,6,26,1,75,1,96,1,99,1,97,1","chlorine,12,7,23,1,96,1,99,1,97,1","chlorlhydrin,12,1","chloro,10,1,11,1,12,12,14,2,16,1,25,1,30,1","chloroacetic,12,1,99,1,97,1","chloroacetone,12,1","chloroacetyl,12,1","chloroallylchloride,10,1,16,1","chlorobenzaldehyde,10,1","chlorobenzene,12,1","chlorobenzol,12,1","chlorobuta,12,1","chlorobutadiene,12,1","chlorocosane,12,1","chlorodifluoro,23,1","chloroethane,12,1","chloroethanoic,12,1","chloroethanol,12,1","chloroethene,12,1","chloroethyl,11,1,12,1,13,1","chloroethylene,12,1","chloroform,12,1","chloroformyl,12,1","chloroheptane,12,1","chlorohydric,12,1","chlorohydrin,16,1,29,1","chlorohydrins,12,1","chlorohydrochlroite,12,1","chloromethane,12,1","chloromethyl,11,1","chloromethylbenzene,12,1","chloromethyloxirane,12,1","chloronitrobenzene,12,2,25,1","chlorophen,12,1","chlorophenylmethane,12,1","chloroprene,12,2","chloropropanone,12,1","chloropropene,12,2","chloropropionic,12,2","chloropropylene,12,2,16,1","chlorosulfonic,12,1,96,1,99,1,97,1","chlorosulfuric,12,1","chlorosulphonic,12,1","chlorotoluene,12,2,23,1,25,2,26,1","chlorotoluenes,12,1","chloryl,12,1","chloxax,12,2","choice,79,1,96,1,90,1,95,1,99,1,97,1","choline,12,3","choose,50,1","choosing,57,1,76,1","chose,89,1","chosen,79,1","chromate,96,1,95,1,99,1,97,1","chromic,12,7,96,1,99,1,97,1","chromium,12,4","ci,12,1","cider,12,2","cidex,12,1","cinene,12,1","cinnamene,12,1","cinnamenol,12,1","cinnamol,12,1","circo,12,2,29,3","circolight,29,1","circosol,12,2","circumstances,96,1,95,1,99,1,97,1","cis,12,5,13,2,18,2,25,2","citragil,32,1","citrate,10,1","citric,12,5","citroflex,12,1","city,47,1,48,1","claimed,76,1","claiming,75,1,77,1","claims,69,2,63,2,70,4,73,2,74,2,77,2,96,1,95,1,99,1,97,1","clarifiers,96,1","class,69,2,73,5,75,1,78,2,79,1,86,1,87,1","classed,70,2","classes,62,1,90,1,97,1","classification,70,1,76,1,78,2","classsification,52,1","clay,12,1,21,2","clean,69,1,83,1,96,3,92,1,95,2,99,2,97,2","cleanable,96,1,95,1,99,1","cleaned,81,1,88,1","cleaning,12,2,31,1,52,1,68,1,62,1,63,1,71,1,73,1,74,1,75,1,78,2,79,1,82,2,89,1,85,1,87,1,90,2,97,2","cleaningafter,90,1","clearly,81,1,88,1","clearwater,58,3,81,1,82,6,83,3,88,1","cliffwater,58,1","clip,3,1","clipper,58,6","clorex,12,1","clorox,12,1","close,75,1,77,1","closed,8,1,96,1,99,1","cm,92,2","cm2,92,5","cm3,93,1","co,15,6,69,1","co1214n,15,1","co1695n,15,1","co1895,15,1","coal,12,8,24,2,23,1,30,1,96,1,99,1,97,1","coarse,96,1","coasta,12,2","coastalwater,58,1,83,7","coastalwaters,83,4","coastwise,76,1","coat,77,1,83,1,96,2,99,3,97,1","coated,3,2,79,1,50,1,52,1,69,7,56,4,58,4,63,2,70,3,71,2,72,3,73,3,74,2,75,3,77,2,78,3,81,13,82,3,89,2,83,5,84,2,85,2,86,3,87,2,88,13,90,3,95,1,97,1","coating,1,1,2,1,5,4,6,4,7,6,8,5,9,4,10,6,11,6,12,6,13,6,14,6,19,6,20,6,24,6,79,8,15,6,16,6,17,6,18,6,21,6,22,6,23,6,25,6,26,6,27,6,28,6,29,6,30,6,31,6,32,6,33,6,34,6,35,6,36,6,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,5,48,5,49,5,50,9,51,4,52,4,53,4,54,8,55,4,68,10,69,10,56,4,57,9,58,4,59,4,60,4,61,4,62,6,63,7,64,7,65,6,66,4,67,5,70,18,71,5,72,6,73,4,74,7,75,9,76,7,77,9,78,8,80,7,81,10,82,4,89,4,83,5,84,5,85,4,86,4,87,5,88,10,96,8,90,13,91,4,92,9,93,13,94,4,95,6,99,8,97,9,98,4,100,4,101,4,102,5,103,4,104,4,105,4","coatings,1,5,2,5,3,1,5,18,6,17,7,23,8,18,9,14,10,13,11,13,12,13,13,13,14,13,19,13,20,13,24,13,79,19,15,13,16,13,17,13,18,13,21,13,22,13,23,13,25,13,26,13,27,13,28,13,29,13,30,13,31,13,32,13,33,13,34,13,35,13,36,13,37,17,38,14,39,17,40,13,41,13,42,19,43,17,47,18,48,18,49,18,50,15,51,13,52,18,53,18,54,17,55,17,68,14,69,14,56,17,57,19,58,17,59,17,60,17,61,18,62,15,63,14,64,14,65,13,66,15,67,17,70,23,71,14,72,15,73,19,74,14,75,16,76,16,77,16,78,15,80,19,81,20,82,17,89,18,83,17,84,17,85,17,86,17,87,17,88,20,96,19,90,30,91,17,92,20,93,21,94,17,95,16,99,19,97,19,98,17,100,13,101,13,102,18,103,17,104,17,105,20","coatingsdisintegrate,93,1","coats,73,1,92,3,99,1","cobalt,12,2","coco,12,4","cocoa,12,4,30,1","coconut,12,14,15,1,18,1,25,1,30,3,96,1,99,1,97,1","cod,12,2,22,1","coherex,12,2","coils,79,1","cojeput,12,1","colamine,12,1,96,1,99,1,97,1","college,54,1","collidine,10,1","colloidal,12,1","collulube,12,1","coloidal,12,1","colonial,12,1","color,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,96,3,95,3,99,3,97,3","colour,90,1,93,2","columbian,12,1","colza,12,1","com,64,1,96,1,95,1,99,1,97,1","combination,70,1","combine,96,1,95,1,99,1,97,1","combined,70,1","combines,70,1","combustion,96,1,99,1,97,1","come,70,1,71,1,75,1,77,1","command,73,1","commenced,73,1","commenting,77,1","comments,47,1,48,1,69,1","commitment,76,1","common,62,1,90,1,97,1","compact,76,1","company,7,1,47,1,48,1,69,4,70,1,73,3,75,2,76,1,77,1,78,1","compar,90,4","comparable,76,1","comparative,69,1,72,1","compared,69,1,62,1,63,1,74,1,77,1,78,1,90,3,92,3,93,1,97,1","compares,71,1,72,1,75,1","comparison,49,1,52,1,69,1,71,1,75,1,78,1,90,2,93,1","comparisons,7,1,8,1,61,1,75,1,77,1,90,1","compensate,70,1","competitors,73,1","complementing,78,1","complete,3,1,5,1,77,1,81,1,87,1,88,1,96,2,90,1,95,1,99,2,97,1","completed,73,1,84,1,86,1,87,1","completely,70,1","completion,92,1","compliant,96,1,95,1,99,1,97,1","complies,96,1,95,1,99,1","comply,90,1,93,1","component,70,1,75,1,96,1,90,1,99,1","components,69,1","composite,7,1,57,1,78,14","composites,73,1","compound,30,3","compounds,12,3,22,1,23,1,26,2,90,1","conc,12,1,26,1","concentrate,16,1,21,1,22,1,28,1,30,1,31,1","concentration,8,1,82,1,96,1,95,2","concentrations,96,1,90,2,95,1,99,1,97,1","concept,70,1","concerns,6,1,7,1","concluded,73,1","conclusions,61,1,90,2,93,1","concrete,3,1,40,8,41,4,42,13,43,4,96,6,94,1,99,1","condensate,24,1,16,1","condensates,87,1","condensation,99,1","condensed,12,1,14,1","conditions,70,2,87,1,96,2,90,1,95,2,99,2,97,2,102,1,105,1","conducted,7,1,8,1","confers,76,1","confined,70,1","confirm,93,1","confirms,50,1,62,1","congratulates,50,1,66,1","congratulations,50,1","conn,45,8","connections,44,4,45,4,46,4","conoco,12,2,24,4,26,1","consequence,70,1","consequential,96,1,95,1,99,1,97,1","conservative,77,2","considerable,80,1","considerably,73,1","consideration,70,1","considered,90,1","considers,63,1,74,1","consignment,75,1","consisted,85,1","consistency,96,2,95,2,99,2,97,2","constant,87,1","constitute,96,2,95,2,99,2,97,2","constitutes,96,1,95,1,99,1,97,1","constructed,75,1,77,1","construction,57,1,70,4,72,1,75,1,77,2","constructions,79,1,70,1","consult,80,1,96,1,95,1,99,1,97,1","consultancy,79,1","consumption,70,1","cont,31,1","cont1,30,1","contact,1,1,2,1,5,2,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,79,2,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,13,48,13,49,1,50,1,51,1,52,1,53,1,54,1,55,2,68,2,69,1,56,1,57,1,58,1,59,2,60,1,61,1,62,1,63,1,64,1,65,1,66,1,67,1,70,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,80,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,3,90,1,91,1,92,1,93,2,94,1,95,2,99,2,97,2,98,1,100,1,101,1,102,1,103,1,104,1,105,1","contained,81,1,88,1,96,2,95,2,99,2,97,2","containers,96,1,95,1,99,2,97,1","containing,97,1","containment,7,1,42,2,96,2","contains,85,1","contaminate,90,1","contamination,68,1,75,1,77,1,97,2","content,96,1,95,1,99,1,97,1","contents,96,2,95,2,99,2,97,2","continually,79,1","continue,70,1","continues,56,1,81,1,88,1","continuing,83,1,86,1","continuous,50,1,85,1,90,1","contract,54,1,73,2,75,1,77,2,78,1","contracted,75,1,77,1","contracts,69,1,75,3,77,3,78,1","contrary,96,1,95,1,99,1,97,1","contrast,72,1,75,1","contributed,73,1","control,7,1,57,1,78,1,96,1,95,1,99,1,97,1","controlled,81,1,88,1","convenient,90,2","conventional,7,2,8,1,75,1,89,1","conversion,75,1,78,1","convert,78,1","convex,80,1","cooh,24,1","cooled,89,1","cooper,12,1,22,1","coordinated,54,1","coordinator,54,1","copal,12,1","cope,70,2","copenhagen,84,1","copes,70,1","copied,70,1","copolymer,10,3,14,2,25,1,26,1","copper,19,1","copra,12,1","copy,3,1,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,79,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,56,1,57,1,58,1,59,1,60,1,61,1,62,2,63,1,64,1,65,1,66,1,67,1,70,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,80,1,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1,96,2,90,1,91,1,92,1,93,1,94,1,95,2,99,2,97,2,98,1,100,1,101,1,102,1,103,1,104,1,105,1","copyright,96,1,95,1,99,1,97,1","coralwater,58,1,82,4,83,4","core,18,1","corn,12,1","corp,70,1","corporate,70,1","correct,70,1,89,1","corresponding,71,1,75,1,78,1","corroded,96,1,95,1,99,1,97,1","corrosion,5,8,6,9,7,12,8,8,9,8,10,10,11,10,12,10,13,10,14,10,19,10,20,10,24,10,79,8,15,10,16,10,17,10,18,10,21,10,22,10,23,10,25,10,26,10,27,10,28,10,29,10,30,10,31,10,32,10,33,10,34,10,35,10,36,10,37,8,38,9,39,8,40,8,41,8,42,8,43,8,47,8,48,8,49,8,50,10,51,8,52,8,53,9,54,8,55,8,68,9,69,9,56,8,57,9,58,8,59,8,60,8,61,8,62,10,63,8,64,8,65,8,66,8,67,9,70,11,71,8,72,10,73,9,74,8,75,8,76,8,77,9,78,8,80,8,81,9,82,8,89,8,83,8,84,8,85,8,86,8,87,8,88,9,96,15,90,9,91,8,92,8,93,8,94,9,95,10,99,15,97,13,98,8,100,8,101,8,102,8,103,8,104,8,105,8","corrosive,5,4,6,5,7,6,8,5,9,4,10,4,11,4,12,4,13,4,14,4,19,4,20,4,24,4,79,4,15,4,16,4,17,4,18,4,21,4,22,4,23,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,5,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,4,71,4,72,4,73,5,74,4,75,4,76,4,77,4,78,4,80,4,81,4,82,4,89,4,83,4,84,4,85,4,86,4,87,4,88,4,96,4,90,5,91,4,92,4,93,4,94,4,95,4,99,4,97,4,98,4,100,4,101,4,102,4,103,4,104,4,105,4","cost,1,1,2,1,3,1,4,4,7,2,8,1,49,1,50,1,69,5,57,1,62,1,63,10,65,1,66,1,70,1,71,4,72,5,74,6,75,6,77,1,78,4,96,1,90,2,95,1,99,1,97,2","costly,79,1,70,1","costs,69,3,63,2,66,1,70,2,71,2,72,4,74,2,75,6,76,1,77,2,78,1","cotton,12,1","cottonseed,12,2,25,1","could,50,1,63,1,71,1,74,1,75,1,78,1,80,1,90,1","coumarone,12,1,28,1","counterpart,72,1,75,1","country,47,1,48,1,56,1,81,1,88,1","counts,70,1","coupled,73,1","cover,72,1,75,1","coverage,96,1,95,2,99,1,97,1","covered,71,1,96,1,95,1,99,1,97,1","covering,79,1,78,1","cpp,50,1","cr,12,2","crack,70,1","crackate,18,1","create,70,1","created,70,1","creations,70,1","creep,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,67,1,96,1,95,1,97,1","creosote,12,4","cresol,19,4,23,2,25,1,26,1,96,1,99,1,97,1","cresyl,29,1","cresylic,23,1,25,1","cresylphosphate,30,2","critical,42,1,53,1","cross,7,1,38,1,42,1,53,1,75,1,77,1,96,3,95,2,99,3,97,3","crosslinked,95,2","crosslinking,95,1","crosslinks,8,1,96,4,95,2,99,5,97,3","crossovers,79,1","crude,11,1,12,2,24,4,16,1,23,1,26,5,28,1,29,2,30,4,32,1","crystals,99,1,105,1","cs,15,1,96,1,95,1,99,1,97,1","ctla,18,1","cumolsulfonaat,24,1","cure,54,2,70,1,81,1,88,1,96,3,90,2,93,1,95,1,99,2,97,2","cured,8,1,73,1,77,1,81,1,88,1,96,5,93,1,95,3,99,4,97,3","cures,99,1,97,1","curing,54,2,81,1,88,1,90,2,92,3,93,2,95,2,99,1,97,3","current,76,1,78,1","currently,54,3,70,2,73,2,77,1,78,2","customers,66,1,73,1,77,1","cut,93,1","cutting,63,1,74,1","cx,22,1","cyanate,26,1,30,1,32,1","cyanide,10,1,14,1,23,1,30,1,32,1","cyanohydrin,10,1,14,1,16,1","cycles,96,2,95,2,99,2,97,2","cycling,96,1,95,1,99,1,97,1","cyclohexane,18,1","cyclohexanol,10,1","cyclohexene,23,1,30,2","cyclohexyl,14,1","cyclohexylamine,10,1","cyclopentadiene,23,1","cyklopentadiene,13,1","cylate,12,1","cylinder,14,1","cymene,26,1","cymol,26,1","d2583,96,1,95,1,99,1,97,1","d2794,96,1,95,1,99,1,97,1","d4060,96,1,95,1,99,1,97,1","d4541,96,1,95,1,99,1,97,1","d522,96,1,95,1,99,1,97,1","d570,96,1,95,1,99,1,97,1","d91,30,1","daily,69,1,63,3,72,2,74,3,75,2,78,2","dalapon,13,1","dalian,50,1","daltogen,13,1","damage,70,1,78,1,80,4,85,1,90,1","damaged,80,1,90,1","damages,96,1,90,4,92,1,95,1,99,1,97,1","damp,15,1","dap,13,1","darken,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","data,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,61,1,96,4,91,1,92,2,93,1,95,2,99,5,97,4","date,58,1,92,1","david,76,1","day,69,4,63,4,71,2,72,8,73,2,74,4,75,8","days,69,6,63,4,71,5,74,4,75,5,78,3,81,1,88,1,96,6,93,5,95,1,99,5,97,7","dbp,13,1,15,1","dce,13,1","dcee,13,1","dcm,13,1","dd,13,6","dea,13,1","dead,13,1","deadtime,52,1","deal,54,2,57,1,77,1","dec,58,9","decade,50,1,96,1,99,1","decahydronaphthalene,13,2","decaldehyde,13,2","decalin,13,3","decane,24,1","decanoic,13,1","decanol,13,3,24,1","december,75,1,77,1","decene,13,1","decided,84,1","decision,89,1,83,1","decisions,77,1","deck,79,1,76,1,77,1,89,1","decyl,13,7,26,2,29,1","decylbenzene,13,2,24,1","decylene,13,1","decylic,13,1","dedecyl,13,1","dedicated,54,1,90,2","dedication,54,2","defense,73,1","deficiencies,7,1","deficit,63,1,72,1,74,1,75,1","defoamer,30,1","deg,7,2,10,5,11,5,12,5,13,6,14,5,19,5,20,5,24,5,15,5,16,5,17,5,18,5,21,5,22,5,23,5,25,5,26,5,27,5,28,5,29,5,30,5,31,5,32,5,33,5,34,5,35,5,36,5,73,1,87,1,96,25,90,2,92,2,93,1,95,16,99,24,97,21","degree,73,1","degrees,10,1","dehp,13,1","dehydrated,10,1","deionised,33,1","del,61,1,90,2,92,1,93,1","delayed,70,1","delhi,54,1","deliberately,73,1","delight,3,1,56,1,81,1,88,1","deliver,81,1,88,1,96,1,95,1,99,1,97,2","delivered,78,1,96,2,95,1,99,2,97,2","delivers,96,1,95,2,99,1,97,2","delivery,69,1","delliver,96,1,95,1,99,1,97,1","delta,13,1","demanding,7,1,79,1,66,1,73,2,75,2,77,1","demands,54,1","demineralised,13,1","denatured,13,2,14,1","dene,30,1","denizcilik,58,4","denizicilik,58,5","denmark,58,10","dense,75,1,95,1,97,1","density,8,1,96,3,95,1,99,3,97,1","dep,13,1","department,87,1,96,1","depending,97,1","depends,90,1","dephenyl,29,1","depoli,89,1","depth,76,1","der,13,1","derive,71,1,75,1","description,96,1,95,1,99,1,97,1","design,57,1,70,2,76,1,82,1","designed,79,2,78,1,87,1,96,1,95,1,99,1,97,1","desired,95,1,97,1","desmophen,13,5","despite,73,2","destil,12,1","destilled,13,1","det,78,1","deta,13,2","detail,54,1","detailed,68,1,96,1,95,1,99,1,97,2","details,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,39,1,41,1,43,1,51,1,96,1,95,1,99,1,97,1,101,1,103,1","detector,90,1","detergent,10,1,13,5,29,1,30,1","detergents,13,1,96,1,99,1,97,1","developed,70,2,73,1,75,1,76,1,78,2","developer,72,1","developing,7,2,54,1,81,1,88,1","development,66,1,73,1,96,1,95,1,99,1,97,1","device,90,2","devoe,70,2","dew,96,1,95,1,99,1,97,1","dewaxed,30,1","dextrose,13,1","dft,96,2,92,1,95,2,99,2,97,1","di,10,1,13,12,24,1,15,1,26,3,29,1,30,2,50,1,66,1,76,2,89,1","diacetate,14,2,16,1,23,1","diacetin,13,1","diacetone,13,2","diakon,13,1","diala,29,2","dialkyl,13,4,26,3","diallyl,13,1,26,1","diam,96,1,95,1,99,1,97,1","diamide,13,2","diamine,10,1,13,2,14,5,19,1,24,5,15,1,18,5,23,1,30,4,99,1,97,1","diamine2,30,1","diamino,13,1","diaminodiethyl,13,1","diaminoethane,13,1","diaminohexane,13,1","diatol,13,1","dibenzofuran,13,1","dibenzyl,13,1","dibp,15,1","dibrom,13,1","dibromide,14,1,16,1,23,1","dibromo,14,1","dibromoethane,13,1","dibromomethane,13,1","dibutyl,13,12,14,1,24,2,23,1,25,1,26,1,29,1,32,1","dicaproate,13,1","dichlore,14,1","dichloride,10,2,12,1,14,1,16,1,23,2,26,1,91,1","dichloro,11,1,13,2,14,2,26,1","dichlorobenzene,13,4,25,2,26,1","dichlorobezene,18,1","dichlorodifluoro,23,1","dichlorodifluoromethane,13,1","dichlorodiisopropyl,13,1","dichloroethane,13,3,23,1,29,1","dichloroethanol,13,1","dichloroethene,13,2","dichloroethyl,13,2","dichloroethylene,13,3,29,1","dichlorofluoro,23,1","dichlorofluoromethane,13,1","dichlorohexane,13,1","dichlorohexyl,13,1","dichloroisopropyl,13,2","dichloromethane,13,1,96,1,93,1,99,1,97,1","dichloromonofluoromethane,13,1","dichloropentane,13,1","dichlorophenol,13,1","dichlorophenoxy,14,1","dichlorophenoxyacetic,13,1","dichloropropane,13,4","dichloropropene,13,4","dichloropropionic,13,2","dichloropropyl,13,1","dichloropropylene,10,1,13,1","dichlororethyl,13,1","dichromate,29,2,99,1,97,1","dicyanide,30,1","dicyanobutane,13,1","dicyclohexyl,13,1","dicyclopentadiene,13,1","didecyl,10,1,13,2,29,1","diene,12,1,26,1","diesel,13,6,23,1","diethamine,13,1","diethanol,13,1,23,1","diethoxyethane,13,1","diethoxyethyl,13,1,26,1","diethyl,10,2,11,1,12,1,13,17,14,2,23,1,26,2,29,1,96,1,99,2,97,2","diethylamine,96,1,99,1,97,1","diethylamino,14,1","diethylaminoethanol,13,1,24,1","diethylaniline,13,1","diethylbenzene,13,3,25,1","diethylcarbinol,13,1","diethylene,13,31,96,1,99,1,97,1","diethylenehexanol,26,1","diethylenetriaminpent,26,1","diethylenimide,13,1","diethylethanol,13,1,24,1","diethylformamide,96,1","diethylglycol,26,1","diethyloctanoic,13,1","diethylol,13,1","diethylsulfate,13,1","difference,72,1,75,2","differenct,91,1","different,72,1,81,1,89,1,88,1","differential,69,1","difficult,70,2,90,1","difluorochloromethane,13,1","difluorodichloromethane,13,1","diformyl,13,3","digallic,13,1","digesters,96,1,95,1","diglycidyl,13,2","diglycol,13,5,14,6,23,1,26,2","digol,13,1,14,1,26,2","diheptyl,13,1,26,1","dihexyl,13,3,26,1,29,1","dihydrate,14,1,26,1","dihydro,13,1","dihydrogen,29,1","dihydroxy,13,1","dihydroxybutane,13,2","dihydroxydi,11,1","dihydroxydiethyl,13,1,14,1","dihydroxyethane,13,1","dihydroxyisopropyl,13,1","dihydroxypropane,13,1","dihydroxysuccinic,13,1","diisobutene,13,1","diisobutyl,13,4,26,1","diisobutylene,10,1,11,2,13,1","diisocyanate,19,1,23,2,30,1","diisocyanatodiphenlmethane,13,1","diisodecyl,13,1","diisononyl,10,1,13,2,26,1","diisooctyl,10,1,13,3,15,1,26,2","diisopropanol,13,1","diisopropyl,13,3","diisopropylacetone,13,2","diisopropylbenzene,13,4,23,1,25,1,26,1","diisopropylnaphtalene,13,1","dilimonene,13,1","dimensional,8,1,96,1,95,1,99,1,97,1","dimenthylphenyl,30,1","dimer,13,1,23,1,26,1","dimethanol,13,1","dimethyethylene,13,1","dimethyl,10,1,13,30,14,1,24,2,15,1,16,1,26,3","dimethylacetamide,13,1","dimethylacetic,13,1","dimethylacetone,13,1","dimethylacetoneamide,13,1","dimethylamide,10,2,13,2,14,2,96,1,99,1,97,1","dimethylamino,13,1","dimethylaminoethanol,13,1,24,1","dimethylaniline,13,2","dimethylbenzene,10,1,13,3,18,1","dimethylbenzene1,13,1","dimethylbutyl,13,1","dimethylcarbinol,13,1","dimethylcyclohexyl,13,1,24,1","dimethylcylcohexyl,13,1","dimethylene,13,2","dimethyleneimine,13,1","dimethylethanol,13,2,24,1","dimethylether,13,1","dimethylethylene,13,1,29,1","dimethylnaphthalene,13,1","dimethyloctanoic,13,1","dimethylpentane,13,2","dimethylphenol,13,2","dimethylphenylamine,13,1","dimethylpropane,13,2","dimethylpropanoic,13,1","dimonene,13,1","dinitrile,10,2,18,1","dinitrobenzene,23,1","dinitrogen,13,1","dinitrotoluene,13,1","dinitrotoluol2,13,1","dinkum,13,1","dinonyl,13,1,26,1","dioctyl,13,2,25,1,26,1,32,1","dioctylphthalate,32,1","diol,13,1,23,1,25,1,30,2","diols,24,1","dione,19,1","diop,15,1,26,1","dioxane,13,1,26,1","dioxide,12,2,13,1,24,1,18,1,29,1,30,5,76,1","dioxin,30,2","dioxitol,23,1,26,2","dioxyde,13,1","diphenyl,12,1,29,1","dipropionate,14,2","dipropylmethane,19,1,24,1","direct,77,1,78,1","directly,81,1,88,1","director,73,2,77,1,81,1,89,1,88,1","dirty,73,1","disadvantage,90,2","discharge,79,2,33,1,63,1,71,1,74,1,75,1,78,2,89,1,83,1","discharging,90,1","disclaims,96,2,95,2,99,2,97,2","discolor,96,1","discoloration,10,1,11,1,12,1,13,1,14,1,19,1,20,1,24,1,15,1,16,1,17,1,18,1,21,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","discretion,96,1,95,1,99,1,97,1","disinfecting,20,4","disinformation,73,1","disintegrated,93,2","dispersion,15,1","dispersions,30,1","disproportionated,28,1,30,1","distance,8,1,96,1,95,1,99,1","distilate,26,1","distilates,32,1","distillate,12,1,24,1,15,1,18,1,22,2,26,1,29,2","distillates,26,1","distilled,30,1,33,1","distinctions,89,1","distinguished,76,1","distorted,80,2","distortion,80,1","disulfide,12,1","disulphuric,96,1,99,1,97,1","dithiophophosphate,36,1","dithiophosphate,36,2","dithiophosphoric,10,1","dithiothiadiazolec,10,1","division,73,1","dmp,15,1","dmso,13,1","dnd,29,1","dnv,78,2","dodecane,24,1","dodecanethiol,30,1","dodecanoate,23,1","dodecyl,10,3,11,1,23,2,26,1,30,1,31,1","dollars,77,1","dominated,76,1","donald,81,1,88,1","dop,12,1,15,1,29,1","dot,12,4,13,2,14,1,19,1,24,3,15,1,18,2,23,5,26,2,29,1","dott,61,1,90,1,92,1,93,1","double,79,2,69,2,63,2,70,2,71,1,72,1,74,2,75,2,76,1,77,1,78,1,89,1,97,1","doughty,69,1","dow,13,1,22,4","down,1,1,2,1,70,1,73,1,76,1","download,5,2","dr,62,2,78,1,97,1","draft,76,2","dramatic,80,1","dramatically,70,1","drench,33,1","drilling,22,1,26,1,29,1,36,1","drinking,33,1","drive,54,2,76,1,89,1,96,1","drop,32,1","dry,10,1,12,1,25,1,26,1,29,1,32,1,68,1,69,1","drying,52,1,78,1,82,1,89,1,96,1,95,1,99,1,97,2","dryingbefore,90,1","dryout,90,1","dte,23,1","du,22,1","ducts,96,1","due,42,1,69,1,70,2,78,1,83,1,90,1,92,1,99,1","duplicated,80,1","duration,90,2","during,73,1,75,1,77,1,78,1,96,2,95,1,99,2,97,2","dutrex,29,1","dwt,79,1,69,7,58,1,63,6,70,1,71,2,72,7,73,4,74,6,75,11,76,2,77,1,78,2,81,1,82,1,89,1,83,1,84,1,85,1,86,1,87,1,88,1","dynamite,16,1","dzintan,84,4","dzintari,68,1,58,1,73,2,75,1,78,1,84,5","e1,10,1","e2,10,1","e3,79,2","e320,18,1","e611,18,1","e611m,18,1","e644,18,1","e686,18,1","eak,14,1","earlier,90,1","early,54,1,69,1,70,1,73,1,78,1,83,1","earning,63,1,73,1,74,1","earnings,70,2,77,1","earth,14,2,54,1","earthnut,14,1","easier,62,1,73,1,82,1,90,3,97,1","easily,81,1,88,1","east,29,1","easy,68,1,70,1,83,1,92,1","eating,73,1","eb,14,1,16,1","ebru,58,1","eca,14,2","economic,7,1,8,1,50,1,63,1,64,5,65,4,70,1,74,1,75,1,77,1","economical,70,1,90,1","economically,90,2","economics,57,1,71,1","economies,75,1","edc,68,1,67,1,77,1,78,1","edge,57,1,63,5,74,1","edible,22,1,67,1","editor,76,1","edta,14,1,96,1,99,1,97,1","educated,54,1","edwin,12,1,22,1","effect,91,1","effective,7,2,54,1,71,1,73,1,77,1,96,1,95,1,99,1,97,1","effects,10,1,11,1,12,1,13,1,14,1,19,1,20,1,15,1,16,1,17,1,18,1,21,1,22,1,24,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","efficiency,70,1,76,1","efficient,89,1","ehylene,14,1","eicosyl,12,2","eight,69,2,71,1,73,1","either,96,2,95,1,99,1,97,1","ek,31,2","elasticity,92,2","elayl,14,2","electrical,76,1,89,1","electrically,96,1,99,1,97,1","electronics,7,1","elevated,70,1","eliminates,96,1,95,1,99,1,97,1","elongation,80,1,92,1","elsewhere,75,1,77,1","emerged,7,1","emersol,14,2","eminently,73,1","emphasis,70,1","empilan,14,1","employed,73,1","employing,72,1,75,1","employs,81,1,88,1","emul,12,1","emuls,14,1","emulsified,14,1","emulsifier,26,2","emulsion,26,2,70,1","enable,72,1,75,2,78,1","enables,89,1","enabling,72,1,73,1,75,1,78,2","enanthic,14,1","enanthyl,14,1","end,3,1,4,1,92,1","eng,20,2","engine,14,1","engineered,7,1,77,1,96,1,95,1,99,1,97,1","engineering,57,1","engineers,81,1,88,1","engines,76,1","enhanced,57,1,63,1,71,1,72,1,74,1,75,1","enhancement,70,1","enj,14,3","enoic,12,1","enquiries,77,1,78,1","ensure,81,1,88,1,96,1","entailed,75,1","enter,55,1,59,1","entire,73,1,75,1","entrepreneurs,70,1","environmental,70,3","epal,14,1","epi,14,1","epichlorohydrin,10,1,14,1","epichlorohydrine,82,1,89,1,83,1","epo,15,1","epoxidised,14,2","epoxidized,15,1","epoxies,7,1,8,3,69,1,64,1,65,1,70,1,80,3,96,4,90,1,92,2,95,6,99,7,97,4","epoxy,8,2,12,2,14,1,26,1,69,2,63,1,70,5,72,1,73,1,74,1,75,2,78,1,81,1,88,1,96,4,90,2,92,3,93,7,95,1,99,2,97,4","epoxybutane,14,1","epoxyethane,14,2","epoxypropane,12,1,14,1","epoxypropyl,14,1","epsilon,14,2","equipment,7,1,79,1,38,1,54,1,62,1,96,1,90,3,95,1,99,1,97,2","equipped,71,1,72,1,75,1,77,1","equivalent,63,1,71,1,72,1,74,1,75,2,78,1","erosion,7,1","ervol,14,1","erythrene,14,1","escaid,14,1","eschewing,76,1","especially,75,1,87,1,90,2","espenol,29,2","essence,14,1","essences,26,1","essential,10,1,29,1,78,1","esso,14,14,26,3,28,1,29,19","est,11,1,23,1","este,25,1","ester,10,29,11,1,12,6,13,2,14,31,19,3,15,2,16,3,18,1,22,1,23,15,25,3,26,46,29,5,30,2,32,1,69,1,96,1,95,3,97,1","esterefied,12,1","esters,10,1,14,1,18,1","estimated,72,1","estimates,72,1","etanol,14,1","ethanal,14,1","ethanamine,14,2","ethane,14,8,24,2,25,1,30,1","ethanecarboxylic,14,1","ethanedial,14,3","ethanediamine,14,1","ethanediol,14,2","ethanenitrile,14,1","ethanoate,14,2,19,1,23,3","ethanoic,14,38","ethanol,10,1,13,1,14,14","ethanolamine,96,1,99,1,97,1","ethanomine,14,1","ethanoyl,14,1","ethene,14,2","ethenyl,10,1,14,5,26,1","ether,10,1,11,2,12,2,13,34,14,27,19,2,16,8,18,2,24,2,23,5,26,15,29,2,30,10,32,4,33,1,96,2,93,1,95,4,99,2,97,2","etherin,14,1","ethers,13,1,16,1,26,1","ethidene,14,1","ethine,14,1","ethonic,96,1,99,1,97,1","ethoxol,14,1","ethoxy,14,7","ethoxyethane,14,1","ethoxyethanol,14,2","ethoxyethoxyethanol,14,1","ethoxyethyl,11,3,14,2","ethoxyformic,14,1","ethoxylate,10,3,24,1,29,1","ethoxylated,14,1","ethoxylates,10,3,24,1","ethroxyethoxy,14,1","ethyl,10,4,13,2,14,73,16,1,24,1,23,3,25,1,26,1,30,1,32,1,96,1,99,1,97,1","ethylacetone,14,1","ethylamine,14,1","ethylaniline,23,1","ethylbenzene,14,1","ethylbenzol,14,1","ethylbutyl,13,1,14,1","ethylbutylacetaldehyde,14,1","ethylbutylketone,14,1","ethylbutyrate,30,1","ethylcaproaldehyde,14,1","ethylcarbitol,14,1","ethylcyclohexane,14,1","ethylcyclohexanol,14,1","ethylcyclohexanone,14,1","ethylcyclohexyl,14,1,24,1","ethyldigol,14,1","ethylene,10,1,12,1,13,3,14,48,16,1,18,1,24,4,23,5,25,1,30,1,31,1,91,1,93,1","ethylenebisiminodiacetic,14,1","ethylenecarboxylic,14,1","ethylenediamine,14,1","ethylenediamintetracetic,30,1","ethylenedinitrilotetraacetic,14,1","ethylenedioxyethanol,14,1","ethyleneimine,14,1","ethylether,13,2","ethylethylendiam,30,1","ethylethylene,14,1","ethylethylpyridine,14,1","ethylformic,14,1","ethylheptanoic,14,1","ethylhexanal,14,1","ethylhexanoic,14,1","ethylhexanol,14,1","ethylhexene,14,1","ethylhexoic,14,1","ethylhexyl,10,1,13,3,14,7,15,1,26,5","ethylidenchlorid,14,1","ethylidene,14,2","ethylimine,14,1","ethylmethylstyrene,14,1","ethyloxitol,14,1","ethylphenol,14,1,25,1","ethylpyridine,23,1","ethyltoluene,14,1","ethylvinyl,14,1","ethyne,14,1","ethynylmethanol,14,1","etoxy,14,2","eucalyptus,14,1","europe,70,1,75,1,77,1,81,1,86,1,88,1","european,75,1,77,1,81,1,88,1","eutin,14,1","evaporation,90,1","even,42,1,68,1,73,1,77,1,78,1,80,1,89,1","event,96,1,95,1,99,1,97,1","eventually,54,1","evidenced,56,1,81,1,88,1","exa,14,2,23,1","exactly,63,1,71,1,72,1,74,1,75,1","example,17,1,39,1,43,1,51,1,68,1,90,1,101,1,103,1","examples,70,1","exceed,71,1","exceeded,82,1","excellent,54,1,78,1,80,1,89,1,92,1","except,96,1,95,1,99,1,97,1","exception,90,1","exceptional,10,1,11,1,12,1,13,1,14,1,19,1,20,1,15,1,16,1,17,1,18,1,21,1,22,1,24,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,50,1,54,1,66,1,80,1,96,1,99,1","exceptionally,75,1,78,1","excerpts,62,1,97,1","exclusively,73,1","executive,73,1","exhibits,93,1","existing,3,1,4,1,69,2,70,2,73,1,78,1","exon,14,1","expansion,92,1","expectations,70,1,82,2","expense,70,1","expensive,66,1,72,1,75,2,76,1","experience,54,2,70,2,73,2,83,1,96,1,95,1,99,1,97,1","expert,50,1,62,2,78,1","explains,73,1,77,1","exposure,70,1","expressed,10,1,96,1,95,1,99,1,97,1","exsoll,14,1","extended,63,1,72,1,74,1,75,1,76,1","extender,12,3,14,1,15,1,18,1,24,1,28,1,29,6,30,3,99,1,97,1","extensive,54,2,73,1","extra,14,1,25,1,69,2","extract,33,1","extraction,14,1","extrapolation,70,1","extreme,7,1,73,1","extremely,70,1,73,1,78,1,83,1,86,1,87,1,95,1,99,1,97,1","extremes,96,1,95,1,99,1,97,1","exxon,14,3,29,2","f12,20,1","f18,20,1","f22,20,1","f35,20,1","f40,20,1","f44,20,1","face,63,1,74,1","faced,72,1,75,1","facilities,7,1","fact,78,1","factor,72,1,75,1,76,1","factors,72,1,75,1","failure,96,1,95,1,99,1,97,1","failures,69,1,70,1","fairplay,57,1,70,4","falcon,58,1","family,7,1","fancy,14,1,30,1","fantastic,70,1","far,6,1,7,1,70,2,96,3,95,2,99,3,97,3","farm,14,1","fast,79,1,70,1,85,1,87,1","faster,79,1,73,1,81,1,82,2,88,1,89,1,97,2","fat,33,2","fatoglu,58,1","fats,19,1,15,1,87,1","fatty,10,1,12,7,13,1,14,1,15,32,16,1,22,3,24,1,23,1,25,1,26,5,28,1,29,9,30,4,32,1,33,1,68,1,64,1,65,1,84,1,85,2,96,3,89,1,99,4,97,5","fattyacid,99,1","favor,76,1","favour,71,1,75,1,77,1","favourable,72,1","fax,47,1,48,1,62,1,64,1","fc,22,2","fcg,52,1","fda,96,1,95,1,99,1","feature,73,1","features,70,1,72,1,73,1,75,1,78,2","feb,58,5","february,87,1","federal,96,1,95,1,99,1,97,1","feed,12,2,15,3","feedstock,22,2","feet,95,2","fenerbahce,58,1","fermantation,15,1,23,1","fermentation,15,1","ferric,15,6,96,1,99,1,97,1","fertilizer,10,1,15,1,22,1,26,1,31,1","fertilizers,15,1,24,1,99,1,97,1","ff,10,1,15,4","fgd,96,1","fiberglass,82,1,83,1,85,1","field,70,2","fighting,15,1","figures,69,1,63,1,71,1,74,1,75,1,77,1","files,5,2","fill,47,1,48,1","filled,93,1","film,78,1,90,2,92,1,95,1","films,70,1","final,90,1,92,1,99,1","finalised,77,1","financially,72,1","financing,71,1,72,2,75,2","finch,22,1","find,17,1,39,1,43,1,51,1,101,1,103,1","findings,72,1","finds,96,1,95,1,99,1,97,1","finish,89,1,92,2,97,1","finished,92,1","finishing,81,1,88,1","finland,58,2,70,1","fire,15,2,30,1","firm,75,1,76,1,77,1","first,3,1,50,1,56,2,73,1,75,3,77,3,81,4,84,1,86,1,88,4,90,1,92,1","fish,15,4,22,1,23,1,28,1,30,1","fitness,96,1,95,1,99,1,97,1","five,68,1,69,1,71,1,73,1,75,5,77,4,93,1","fixe,10,1","fixed,79,1","flake,15,1","flaked,15,1,96,1,99,1","flakedstearic,97,1","flakes,24,1,23,1","flange,80,1","flash,3,2,33,1,96,1,95,1,99,1,97,1","flashed,15,1","flaxseed,15,1","fleet,73,3,83,1","fleets,81,1,88,1","flex,10,1,11,1,12,1,13,1,14,1,19,1,20,1,15,1,16,1,17,1,18,1,21,1,22,1,24,1,23,1,25,1,26,1,27,1,28,1,29,2,30,1,31,1,32,1,33,1,34,1,35,1,36,1,67,1,97,1","flexibility,68,1,66,1,76,1,80,1,95,2,97,1","flexible,70,1","flexindra,15,1","flexol,15,6","flexon,15,2","flocculation,96,1","flooring,7,1","floors,1,1,2,1,42,1,96,2","flower,22,1","fluid,18,1,29,1,96,1,95,1,99,1,97,1","fluids,13,1,15,1,18,2,63,1,74,1,76,1","fluoraboric,96,1,99,1,97,1","fluoride,18,2","fluoroboric,15,1","fluorocarbon,15,1","fluorodichloromethane,15,1","fluoropolymer,75,1","fluorosilicic,15,1","fluorotrichloromethane,15,1","flux,28,1","foam,15,1","focusing,7,1","following,47,1,48,1,55,1,59,1,62,1,77,1,96,2,90,1,91,1,92,1,93,1,95,1,99,2,97,4","follows,73,1,92,1","food,96,1,99,1,97,1","foodstuffs,90,1","foots,15,2","force,60,1,73,1,80,1,96,1,95,1,99,1,97,1","forced,96,2,99,2,97,1","forces,80,1","forcleaning,90,1","forging,7,1","form,8,1,55,1,59,1,70,1,76,1,96,1,95,1,97,1,99,1","formaldehyde,10,1,15,5,31,5,82,1,83,1,96,1,97,1,99,1","formalin,15,2","formaline,15,1","formamide,13,1,15,1,24,1,96,1,97,2,99,2","formamine,15,1","format,5,1","formate,19,3,23,1","formate10,29,1","formation,96,1,95,1","formdimethylamide,15,1","former,73,1","formic,15,6,26,1,67,1,78,1,96,1,91,1,97,1,99,1","formin,15,1","formol,15,1","formosa,15,1","forms,77,1","formulated,38,1,96,1,95,1,97,1,99,1,102,1","formulation,97,1","formyl,15,2","formylic,15,2","fortum,58,2","found,63,1,70,1,74,1,96,2,93,1,95,2,97,1,99,1","four,69,2,63,1,72,1,74,1,75,2,77,1,81,1,88,1,95,2","fourth,77,1,81,1,88,1","fractions,23,1","free,3,2,5,2,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,19,1,20,1,79,1,15,3,16,1,17,1,18,1,21,1,22,1,24,1,23,1,25,1,26,6,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,2,68,2,69,1,56,1,57,1,58,1,59,2,60,1,61,1,62,1,63,1,64,3,65,2,66,1,67,1,70,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,80,1,81,1,82,1,83,1,84,1,85,1,86,1,87,1,88,1,96,3,89,1,90,1,91,1,92,1,93,1,94,1,95,2,97,3,98,1,99,3,100,1,101,1,102,1,103,1,104,1,105,1","freezing,87,1,95,1,97,1","freight,72,1,75,1","freon,15,6","frequently,90,1","fresh,93,1","fridgid,87,1","frota,15,3","frotea,15,1","fruit,20,1,15,1,96,1,97,1,99,1","fuel,10,2,12,1,13,4,14,1,20,18,15,9,18,2,22,1,24,1,23,2,26,3,28,1,29,1,30,4,70,1","fuels,73,1,90,1","full,7,1,79,1,69,1,62,1,64,1,65,1,70,1,75,1,81,1,88,1,96,4,92,1,95,2,97,4,99,3","fully,50,1,73,1,97,1","fumaric,15,1","fumigant,13,2","fumigrain,15,1","fuming,15,1,24,1,25,1","functional,96,3,95,1,97,3,99,4","functionality,8,1,96,3,95,4,97,1,99,2","furaldehyde,15,1","furale,15,1","furan,15,2","furancarbinol,15,1,30,1","furancarboxaldehyde,15,1","furandione,15,1","furanmethanol,15,1","furfural,15,1","furfuraldehyde,15,1","furfurol,15,1","furfurole,15,1","furfuryl,15,1","furnishing,96,1,95,1,97,1,99,1","furole,15,1","further,69,3,71,1,73,1,75,3,76,1,77,3,78,1,83,1,89,1","furthermore,92,1","furyl,15,2,23,1","furylcarbinol,15,1","furylmethanol,30,1","fusel,15,2,16,1","future,54,1","gafcol,16,1","gagasan,58,2","gained,70,1,73,1","gains,57,1,73,1","gal,96,1,95,1,97,1,99,1","gallon,96,2,95,3,97,2,99,2","gallotannic,16,1","gamma,10,1,16,4","garanti,58,1","gas,10,3,11,1,12,5,16,4,22,1,24,1,23,2,25,1,26,2,28,2,96,1,97,1,99,1","gases,76,1,89,1","gasoline,10,3,12,1,16,18,18,1,22,2,26,4,28,3,33,1,78,1,91,1","gasplant,24,1","gasses,6,1,7,1,8,1","gasuol,16,1","gasworks,15,1,22,1","gear,70,1","geared,7,1","gemicilik,58,1","generalized,95,1","generate,69,1,72,1,75,1","generates,72,1,75,1,78,1","generation,7,1,96,1","genica,16,1","genklene,16,1","genoa,78,1","geranium,16,1","germany,69,1,58,5,86,1,87,1","getting,54,1,78,1","gg,16,4","gils,79,2","give,63,1,74,1,95,1","given,73,1,90,2,93,1","gives,69,1,57,1,63,1,74,1","giving,73,1","gl,79,1","glacial,10,2,16,1","glass,16,2,22,1,29,1,33,1,93,1","glassfiber,78,1","glossy,93,4","gluconic,16,2","glucose,16,2","glue,31,2","glued,93,1","glutaraldehyde,16,1","glutarate,13,1","glutaric,16,1","glycerin,16,2","glycerine,16,4,29,2,30,1","glyceritol,16,1","glycerol,16,6,96,1,97,1,99,1","glyceryl,16,1","glycidyl,16,2,26,1,30,1","glycidylester,16,1","glycine,16,1","glycinol,16,1","glycogenic,16,1","glycol,10,1,11,1,12,2,13,27,14,24,19,2,16,19,18,2,23,9,26,25,29,1,30,17,93,1","glycols,26,1,68,1","glyconic,16,1","glycyl,16,1","glyoxal,16,3","glyoxylaldehyde,16,3","gm,29,1","goes,72,1","going,75,1","good,10,1,11,1,12,1,13,1,14,1,19,1,20,1,15,1,16,1,17,1,18,1,21,1,22,1,24,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,96,2,90,4,92,1,97,2,99,2","grade,16,5,21,1,24,1,26,4,28,5,73,1,75,1,78,2,97,1","grades,24,1","graham,54,5","grain,16,3,29,1,76,1","grams,96,2,95,2,97,2,99,2","grant,96,1,95,1,97,1,99,1","grape,16,1,96,1,97,1,99,1","grapefruit,16,1,96,1,97,1,99,1","grapeseed,16,1","grapestone,16,1","gray,96,1,95,1,97,1,99,1","grease,19,1,15,2,16,3,18,1,26,1,33,2,35,1,96,1,97,1,99,1","great,54,3","greater,8,2,69,1,70,1,77,1,78,1,96,2,95,2,99,2","greatly,63,1,72,1,74,1,75,1","green,10,1,11,1,12,1,13,1,14,1,19,1,20,1,15,1,16,1,17,1,18,1,21,1,22,2,24,1,23,1,25,1,26,1,27,1,28,1,29,2,30,1,31,1,32,1,33,1,34,1,35,1,36,1,66,1,96,1,97,1,99,1","grey,92,1","grit,96,1,95,1,97,1,99,1","gritblasting,73,1","griva,69,2,58,1,63,1,70,1,71,1,73,5,74,1,78,1,84,3","gross,63,1,72,1,74,1,75,1","ground,75,1,77,1","groundnut,16,2","group,69,1,58,8,75,1,77,1,81,2,82,1,83,2,88,2","groups,8,3,96,8,95,11,97,5,99,6","grow,81,1,88,1","growing,79,1,50,1,75,1,76,1,77,1,83,1","growth,77,1","gt,24,2","guarantee,69,1,71,1","guaranteed,75,1","guardline,1,1,2,1","guide,10,5,11,5,12,5,13,5,14,5,19,5,20,5,15,5,16,5,17,8,18,5,21,5,22,5,24,5,23,5,25,5,26,5,27,5,28,5,29,5,30,5,31,5,32,5,33,5,34,5,35,5,36,5,39,5,43,5,47,1,48,1,51,9,67,1,96,2,97,2,99,2,101,5,103,5","gulf,16,7","gum,16,2,21,1,30,2","gun,92,1","h300,26,1","haas,26,1,28,1","had,69,1,70,1,73,2,75,1,77,1,85,1,86,1,93,1","half,77,1","halibut,18,1","halikarnas,58,1","haliver,18,1","hall,54,1","hallucinogen,18,1","halogenated,90,1","halon,18,3","hampered,70,1","handle,79,2,68,1,63,1,72,1,74,1,75,1,77,1","handles,64,1,65,1","handling,68,1,62,1,96,4,90,2,95,3,97,4,99,3,102,1","hands,54,1","hansa,75,1,77,1","hard,7,1,18,1,70,2","hardened,18,1,28,1","hardness,96,1,95,1,97,1,99,1","hardware,7,1","harrington,77,3,78,1","hartshorn,18,1","haul,76,1","hauling,95,1,97,1","havea,90,1","having,70,1,78,1,85,1","havoline,30,1","haws,18,3","hazardous,38,1,81,2,88,2,96,1,95,1","hazelnut,18,1","hb40,23,1,28,1","hchd,15,1","head,12,2","headed,76,1","headquartered,77,1","health,70,1,96,1,95,1,97,1,99,1","heart,7,1","heartcut,18,1","heat,54,4,68,1,70,1,73,1,81,1,88,1,96,1,90,4,92,3,93,3,95,1,97,1,99,3","heated,33,1,96,2,97,1,99,2","heating,79,2,18,1,90,2,92,2","heavily,71,1,75,1,77,1","heavy,14,1,20,1,18,4,24,2,23,1,29,1","height,78,1","hellenic,69,2,75,1","helping,81,1,88,1","hemiterpene,18,1","hemp,18,1","hempseed,18,1","hence,90,1","hept,18,1","heptadecane,18,2","heptadecanoic,18,1,24,1","heptadecene,18,1","heptamethylene,18,1","heptan,13,1,18,2","heptane,18,2","heptanoic,18,2,24,1,96,1,97,1,99,1","heptanol,13,1,18,7,24,1","heptanone,13,1,18,3","heptene,18,7,24,2","heptoic,18,1","heptyl,14,1,18,4,24,1,23,1","heptylcarbinol,18,1","heptylene,18,1","heptylic,24,1","heptylphenol,13,1","herein,96,1,95,1,97,1,99,1","herning,58,2","herring,18,1,96,1,97,1,99,1","hess,18,1","hexacecanol,18,1","hexachloro,18,1","hexachlorocyclopentadiene,18,1","hexachlorodiphenyl,18,1","hexachloropentadiene,18,1","hexadecanoic,18,2","hexadecanol,18,1","hexadecene,18,1","hexadecyl,18,1","hexadecylalcohol,24,1","hexafluoro,29,1","hexafluorosilicate,18,1","hexahydric,18,2","hexahydroanaline,96,1,97,1,99,1","hexahydroaniline,18,1","hexahydrobenzene,18,1","hexahydrocumene,18,1","hexahydrocymol,18,1","hexahydrophenol,18,1","hexahydrotoluene,18,1","hexalin,18,2","hexaline,10,1","hexamethylene,18,8,30,1","hexamethylenediamine,18,1","hexamethylenediisocyanate,30,1","hexamethyleneimine,18,1","hexamethylenetetramine,18,1","hexamine,18,2,26,1","hexanaphthene,18,1","hexanaphthylene,18,1","hexane,18,5,24,1","hexanedinitrile,18,1","hexanedioic,18,1","hexanediol,18,2","hexanetriol,18,1","hexanoic,18,1,24,1","hexanol,13,1,14,1,18,3,19,1,21,1","hexanols,18,1","hexanon,18,1","hexanone,23,1","hexeen,23,1","hexenal,14,1","hexene,18,3","hexoic,18,1","hexol,24,1","hexyl,13,3,18,7,24,2,23,2,26,1,29,2","hexylene,18,2","hexylic,18,1","hexylmethane,18,1","hfc,18,1","hh,18,4","hidden,70,1","high,3,2,5,8,6,8,7,10,8,10,9,8,10,8,11,8,12,9,13,8,14,8,18,9,19,8,20,8,79,11,15,8,16,8,17,8,21,8,22,8,24,8,23,8,25,8,26,8,27,8,28,8,29,8,30,8,31,8,32,8,33,10,34,8,35,8,36,8,37,8,38,9,39,8,40,8,41,8,42,8,43,8,47,8,48,8,49,8,50,8,51,8,52,8,53,9,54,9,55,8,68,10,69,9,56,9,57,9,58,8,59,8,60,8,61,8,62,8,63,8,64,9,65,8,66,8,67,8,70,8,71,8,72,8,73,12,74,8,75,9,76,9,77,8,78,14,80,9,81,10,82,9,83,9,84,8,85,8,86,8,87,8,88,10,96,16,89,9,90,8,91,8,92,10,93,11,94,9,95,13,97,11,98,8,99,15,100,12,101,12,102,8,103,8,104,8,105,8","higher,10,2,68,1,69,1,57,1,70,1,73,1,76,1,78,1,96,5,90,1,92,2,95,6,97,6,99,5,102,1","highest,70,1","highlighted,1,1,2,1,80,1","highlights,96,1,95,1,97,1,99,1","highly,7,1,69,1,73,2,75,1,78,1,82,1","highresistance,93,2","hiltveit,69,1","hire,63,1,71,1,74,1,75,1","history,6,1,7,8,52,1,96,2,95,2,97,2,99,2,105,1","hitec,18,6","hitherto,76,1","hm,4,4","hmda,18,1,96,1,97,1,99,1","hmi,18,1","hmta,18,1","hog,18,1","holiday,90,1","holland,58,3,70,1","home,1,1,2,1,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,18,1,19,1,20,1,79,1,15,1,16,1,17,1,21,1,22,1,24,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,2,55,1,68,1,69,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,1,65,1,66,1,67,1,70,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,80,1,81,1,82,1,83,1,84,1,85,1,86,1,87,1,88,1,96,1,89,1,90,1,91,1,92,1,93,1,94,1,95,1,97,1,98,1,99,1,100,1,101,1,102,1,103,1,104,1,105,1","hopper,99,1","horizontal,93,1","hose,96,2,95,2,97,2,99,2","hot,33,1,87,2,96,2,90,1,95,1,97,3,99,1,102,1","hour,96,1,95,1,99,1","hours,96,2,95,2,97,1,99,1","house,70,1","however,63,1,70,3,71,1,72,1,74,1,75,3,77,1,96,1,90,3","hrs,79,1,96,4,90,2,92,4,97,4,99,4","hull,69,2,58,3,63,1,71,1,74,1,75,2,76,1,77,1,78,1,89,1","hulled,72,1","hulls,79,1","humidity,70,1,96,1,97,1","hyamsulphate,18,1","hybase,18,1","hydr,30,1","hydracrylonitrile,18,1","hydralin,18,1","hydrate,10,2,12,1,14,1,18,2,22,1,23,1,26,5,29,3","hydraulic,18,3,29,1","hydrazine,18,6,96,1,97,1,99,1","hydride,13,1,14,1,24,3,26,2","hydridea,25,1","hydro,18,1,29,2","hydroblasting,96,2","hydrobromic,18,1,96,1,97,1,99,1","hydrocarbon,18,1","hydrocarbons,10,2,18,3,75,1","hydrochloric,12,1,14,1,18,8,85,1,96,2,93,4,97,1,99,2","hydrochloride,18,1,30,1","hydrocymethylfuran,18,1","hydrodilicofluoric,18,1","hydrofluid,18,1","hydrofluoric,18,4,96,1,97,1","hydrofluoricacid,99,1","hydrofluorosilicic,18,1","hydrofurfuryl,97,1,99,1","hydrogen,10,2,13,1,18,24,26,1,29,11,96,3,97,3,99,3","hydrogenated,18,2","hydrogene,13,1","hydrolized,32,1","hydrolysis,96,1,95,1,97,1,99,1","hydrosulfide,10,2,29,1","hydrosulphide,29,4","hydroxide,10,4,12,6,14,1,18,1,23,3,26,4,29,4,77,1,96,2,97,3,99,4","hydroxy,11,1,18,14,23,3,26,2,30,1","hydroxybenzene,18,1,23,1","hydroxybutanal,18,1","hydroxybutane,18,1","hydroxycyclohexane,18,1","hydroxydiethyl,23,1","hydroxydiethylether,18,1","hydroxydimethylbenzene,18,1","hydroxyethl,24,1","hydroxyethoxyethane,13,1","hydroxyethyl,13,2,18,3,16,1,24,3,26,1,30,1","hydroxyethyldimethyl,18,1","hydroxyethylene,15,1","hydroxyhexane,18,1","hydroxyisobutyronitrile,10,1","hydroxyl,8,1,18,2,69,1,96,2,95,3,97,1,99,1","hydroxylamine,18,2","hydroxymethylpropane,18,1","hydroxypropane,18,1","hydroxypropanenile,18,1","hydroxypropene,18,1","hydroxypropionic,10,3","hydroxypropionitrile,18,1","hydroxyterminated,18,1","hydroxytoluene,10,1,18,7,25,1,26,1","hydroxytoluenes,18,1","hydroxytriethyl,18,1","hypnone,18,1","hypochloride,18,1","hypochlorite,12,7,18,10,29,2,96,2,97,3,99,3","hypoclorite,18,1","hytrol,18,1","hyundai,69,1","hyvis,26,1","ice,12,1,79,1,86,1,87,1","icing,13,1","identical,72,1,75,1","ih,13,1","ii,19,4,79,2,52,1,69,1,66,1,73,3,75,1,84,1,85,1,86,1,89,2","iii,79,1,52,1,66,1,84,1,86,1","illustrate,69,1","illustrated,77,1","imc,50,1,58,8","imine,26,1","iminobisethyl,19,1","iminodiethanol,19,1","immediate,96,1,99,1","immediately,85,1","immersion,90,2,93,1","imo,5,4,6,4,7,4,8,4,9,4,10,4,11,4,12,4,13,4,14,4,18,4,19,4,20,4,79,6,15,4,16,4,17,4,21,4,22,4,24,4,23,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,5,53,5,54,4,55,4,68,5,69,5,56,4,57,4,58,4,59,4,60,4,61,4,62,5,63,4,64,5,65,5,66,5,67,4,70,4,71,4,72,4,73,7,74,4,75,5,76,4,77,4,78,7,80,5,81,7,82,4,83,4,84,5,85,5,86,5,87,4,88,7,96,4,89,6,90,5,91,4,92,4,93,4,94,4,95,4,97,6,98,4,99,4,100,4,101,4,102,4,103,4,104,4,105,4","imocargoes,78,1","imoclass,78,1","impact,10,1,11,1,12,1,13,1,14,1,18,1,19,1,20,1,15,1,16,1,17,1,21,1,24,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,67,1,70,3,78,1,80,1,96,3,92,2,95,2,97,2,99,2","impermeable,81,1,82,1,88,1,89,1","implied,96,1,95,1,97,1,99,1","implosion,60,1,80,5","important,76,1,80,1","importantly,77,1","impress,56,1,81,1,88,1","improve,70,1,78,1","improved,63,1,71,1,72,1,73,1,74,1,75,2,77,2,96,1,95,1,97,1,99,1","improvements,70,1,72,1,75,1,78,1","inacctive,19,1","inaccurate,73,1","inactive,22,1","inc,73,1","inch,92,1","incident,80,1","include,69,1,73,1,75,2,77,2,89,1","included,69,1","includes,49,3,75,1","including,42,1,68,1,62,1,66,1,70,1,71,2,72,1,75,1,78,1,80,1,81,1,82,1,83,1,88,1,96,1,95,1,97,2,99,1","inclusive,72,1,75,1","income,72,1,75,1","incorporate,79,1","incorporates,78,1","incorporating,79,1","increase,52,1,72,1,75,1,78,2,82,1,96,1,93,1,99,1","increased,66,1,78,1,96,1,95,1,97,2,99,2","increases,71,1,75,1,78,1","increasing,70,1,73,1,77,1","indeed,93,1","independent,50,1,61,1,62,2,96,1,90,1,92,1,93,1,97,1,99,1","index,3,4,10,1,11,1,12,1,13,1,14,1,18,1,19,1,20,1,15,1,16,1,21,1,24,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","india,54,2,85,1","indian,29,1","indicate,72,1","indicates,90,1,92,1,93,1","indopol,19,2,26,1","indra,50,1,68,1,58,1,73,2,75,2,78,3,81,2,84,1,85,8,88,2","industrial,6,1,7,2,10,1,11,1,18,1,19,2,34,1,54,1,57,2,73,1,78,5","industries,7,2,79,1,73,1","industry,7,1,79,1,53,1,68,1,56,1,64,1,70,3,73,1,75,1,76,1,77,3,81,3,88,3,96,1,95,1","industy,73,1","indv,10,2","inertes,24,1","inferior,19,1","info,52,8","information,5,1,79,1,47,3,48,3,52,1,68,1,70,1,80,1,96,1,95,1,97,1,99,1","informed,73,1","infringement,96,2,95,2,97,2,99,2","inhib,22,1","inhibit,10,1","inhibited,11,1,12,1,14,2,19,1,23,2,26,1,29,1,32,2","inhibitor,29,1,30,2","initial,72,1,75,2,77,1,81,1,88,1","inmethylene,93,1","inner,8,2,96,2,99,2","innovation,50,1,66,5","innovations,70,1","innovative,7,1,66,1,76,1","inorganic,7,1,70,1","input,92,1","inservice,73,1","inside,60,1,80,2","insol,19,1","inspec,54,4","inspected,90,1","inspection,54,4,69,1","inspector,54,5","inspectors,54,5,81,1,88,1","installation,76,1","installed,5,1","installing,85,1","instance,90,2","instantly,70,1","instead,66,1,72,1","instruction,54,1","instructions,96,1,95,2,97,2,99,1","instrumental,54,2","insulating,14,1,19,1","integral,54,1","integration,70,1","intend,64,1,65,1","intends,69,1","intent,75,1,77,1","interest,71,1,72,1,75,1","interested,70,1,78,1","intermediate,30,2","internal,79,1,75,1,77,1","international,57,2,75,4,78,1","internationally,62,1","interpretation,10,1,11,1,12,1,13,1,14,1,18,1,20,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","introduced,70,1,78,2,81,1,88,1,96,1,97,1,99,1","introduction,54,1","inv,10,1","investment,79,1,68,1,57,2,63,1,71,1,74,1,81,1,88,1,97,1,99,1","involved,54,2","involves,72,1,75,1","involving,69,1,63,1,72,1,74,1,75,1,78,2","iol,19,1","ipa,19,1","ipdi,19,1","iron,19,1","irritant,73,1","isceon,19,1","iso,13,1,18,6,24,1,25,2,26,12,29,1,30,1,99,1","isoacetophorone,19,1","isoamyl,19,5,23,1","isoamylenes,19,1","isoamylhydride,19,1","isobenzofuran,19,1","isobutanal,19,1","isobutanol,19,3,96,1,97,1,99,1","isobutene,19,1","isobutenol,19,1","isobutenyl,19,1,23,1","isobutyl,10,1,14,1,15,1,19,16,23,5,26,1","isobutylbenzene,19,1","isobutylene,19,1","isobutylentrimer,19,1","isobutylester,10,1","isobutyltrimetyhlmethane,19,1","isobutyraldehyde,19,1","isobutyrate,18,1,19,1,21,1,23,1","isobutyric,19,4,96,1,97,1,99,1","isobutyronitrile,18,1,19,1","isocaprylic,19,1","isoctyl,25,1","isocumene,19,1","isocyanate,26,1","isocyanates,90,1","isodecaldehyde,19,1","isodecane,19,1","isodecanol,19,1","isodecyl,19,3,23,1,26,1","isodecyldiphenyl,19,1","isododecane,19,1","isododecanol,19,1","isoforon,19,1","isoheptane,19,1","isoheptanol,19,1","isohexane,19,1","isohexanol,19,1","isohexyl,19,1","isohol,19,1","isol,19,1","isomer,18,1,30,1","isomeren,13,1","isomers,12,1,13,3,18,3,19,1,25,5,26,2,30,1","isononanoic,19,1","isononanol,19,1","isononyl,19,1","isooctane,19,1","isooctanoic,19,1","isooctanol,19,1","isooctyl,19,2,26,1","isooxazine,30,2","isopar,19,6","isoparaffins,19,1","isopentaldehyde,19,1","isopentane,19,1","isopentanol,19,1","isopentene,19,1","isopentyl,10,1,14,1,19,3","isophorone,19,3","isoprene,19,1","isopropanol,19,2","isopropenyl,19,1,23,1","isopropenylbenzene,19,2","isopropoxypropane,19,1","isopropyl,10,2,11,2,14,2,19,16,26,1,96,1,97,1,99,1","isopropylacetone,19,1","isopropylbenzol,19,1","isopropylcarbinol,19,1","isopropylcyanohydrin,19,1","isopropylcyclohexane,19,1","isopropylether,13,2","isopropylformic,19,1","isopropylglycol,14,1","isopropylic,19,1","isopropylidene,19,1","isopropylmethylbenzene,19,1","isopropyloxitol,14,1","isopropyltoluene,19,1,26,1","isothiocyanate,10,2,26,1","isothiocyanato,19,1","isothiocyanic,19,1","isotridecyl,19,1","isovaleral,19,1","isovaleraldehyde,19,1","isovaleric,19,1","isovalerone,19,1","issues,70,2","istanbul,54,3,81,1,88,1","italian,76,2,77,1","italiano,78,1","italy,58,2,78,3,89,1","its,79,1,69,6,56,1,62,1,63,1,66,2,70,4,71,4,72,2,73,5,74,1,75,3,76,1,77,5,78,6,80,1,81,5,82,1,83,1,88,5,96,3,89,1,90,1,92,2,95,3,97,4,99,3","iv,52,1","iw,79,1","j274,29,1","jan,58,1","january,75,1","japanese,20,1","jars,93,2","javelle,20,6,96,1,97,1,99,1","javelles,20,1","jeffersol,20,1","jelly,23,1,26,1","jet,20,19,15,1,29,1","jiangyany,79,1","jj,20,4","job,54,2","jobs,70,1","joe,78,1","joins,83,1","joran,78,1","joseph,77,1","jp,20,7","jp4,20,1","jp5,20,1","jp6,20,1","juice,12,1,16,2,22,1,25,1,26,1,96,2,97,2,99,2","juices,20,1,15,1,96,1,97,1,99,1","jul,58,4","july,58,7,73,1","jun,58,9","june,69,1,58,7,71,1,75,1","k29,26,1","k30,26,1","kalia,54,1","kalium,24,1","kaolex,21,1","kaolin,21,2","kapoc,21,1","kaptanoglu,58,2","karagoz,54,1","karaya,21,1","karo,21,1","kasil,21,1","kauri,21,1","kaurit,21,2","kaurut,31,1","kautschin,21,1","kaydol,21,2","keehan,73,4,77,2,81,2,88,2","keeping,54,1,70,1","kel,21,1","kelly,50,1,58,1","kelp,21,1","kelzan,21,1","kemal,58,1","kenflex,21,1","kenplast,21,1","kensol,21,1","kept,70,1,96,1,97,1","kerem,58,2","kerex,21,1,29,1","kernel,26,4","kerosene,20,2,15,1,19,2,21,3,22,1,26,2,31,2","kerosine,10,2,25,1,26,2,28,1","keto,18,1","ketohexamethylene,21,1","ketone,10,1,13,3,14,2,19,4,23,13,26,2,29,1","ketopropane,21,1","ketrex,21,1","key,52,1","kg,92,7","kgs,58,1","kiisla,58,1","kilo,70,1","kit,95,2,97,2","kk,21,4","klavisn,73,1","klearol,21,1","knci,21,1","knock,22,1,23,1","knots,76,1","knowing,81,1,88,1","knowledge,54,1","kodaflex,21,1","kok,70,14","koray,54,4","korea,69,2","kronisol,21,1","kuala,54,1","kw,76,1","labchem,91,4","laboratories,70,1,78,1,96,1,99,1","laboratorio,61,1,78,1,91,2","laboratory,80,1","lack,93,1","lactam,10,4","lactate,14,1","lactic,22,4,96,1,99,1","lacticacid,97,1","lactonitrile,22,2,96,1,97,1,99,1","lag,57,1,70,1","lagging,70,1","laktane,22,1","lamp,22,2","lancroflex,22,1","land,70,1","lanoline,22,1","lard,22,3","large,8,1,70,2,96,1,95,1","largest,75,1,77,1","last,75,2,77,3","lasted,93,1","latest,68,1,66,1,77,1","latex,10,5,24,1,22,13,23,2,26,3,29,3,96,1,97,1,99,1","latter,73,1","latvia,58,3","latvian,69,1,58,3,63,1,70,1,71,1,73,7,74,1,75,3,78,2,84,2,85,1","launch,57,1,78,1","launched,70,1,78,1","launching,50,2,66,1","laura,58,1","lauranne,58,1","laurate,23,1","laurex,15,2","lauric,22,3,25,1","lauryl,22,10","lavender,22,2","law,22,1,96,1,95,1,97,1,99,1","lbs,96,4,95,3,97,3,99,4","ldf,22,1","lding,75,1","leach,75,1","lead,16,1,22,3,30,2,96,1,95,1,97,1,99,1","leaded,16,2,22,1,26,1,28,2","leader,5,4,6,4,7,5,8,4,9,4,10,4,11,4,12,4,13,4,14,4,18,4,20,4,79,5,15,4,19,4,16,4,17,4,21,4,24,4,22,4,23,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,4,71,4,72,4,73,4,74,4,75,5,76,4,77,5,78,4,80,4,81,5,82,4,83,4,84,4,85,4,86,4,87,4,88,5,96,4,89,4,90,4,91,4,92,4,93,4,94,4,95,4,97,4,98,4,99,4,100,4,101,4,102,4,103,4,104,4,105,4","leadership,78,1","leading,7,1,78,1,83,1","leads,81,1,88,1","leap,96,1,95,1,97,1,99,1","least,96,1,90,1,95,1,97,1,99,1","leaving,81,1,88,1","lecithin,29,1","led,69,1","left,93,1","legacy,58,1","legend,58,1","lemon,22,1","length,76,2","less,10,7,12,5,13,2,14,2,18,3,20,2,15,1,22,2,23,3,29,7,30,1,68,1,69,1,75,1,82,1","lester,96,1","letters,75,1,77,1","level,81,1,88,1,96,1,95,1,97,1,99,1","levels,54,2,97,1","liability,96,2,95,2,97,2,99,2","liable,96,1,95,1,97,1,99,1","lial,22,1","libeled,96,1,95,1,97,1,99,1","license,96,1,95,1,97,1,99,1","lider,58,6","lieke,58,1","life,54,1,62,1,71,1,75,1,77,1,95,3,96,3,90,2,97,3,99,3","light,12,1,15,2,16,1,24,1,22,9,23,1,70,1","lighter,22,1,70,1","lignin,22,4","ligno,10,1","lignosite,22,2","lignosol,22,1","lignosulfonate,10,1","lignosulphite,22,1","lignosulphonate,10,1,12,1","ligroin,22,2","lime,12,2,18,3,22,3,29,1,31,1,33,1","limea,29,1","liminent,12,1","limit,97,1","limitations,62,1,95,1,96,1,90,3,97,2,99,1","limited,62,1,95,1,96,3,90,6,97,4,99,3","limonene,19,1,22,2","line,66,1,96,1,97,1","linear,10,1,22,2,30,1,95,1","lined,75,1,77,1,78,5,82,1,83,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14,4,18,4,20,4,79,12,15,4,19,4,16,4,17,4,21,4,24,4,22,4,23,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,7,48,7,49,8,50,13,51,8,52,9,53,12,54,17,55,4,68,11,69,18,56,11,57,8,58,4,59,4,60,5,61,6,62,13,63,17,64,12,65,12,66,9,67,9,70,10,71,17,72,16,73,21,74,17,75,28,76,12,77,23,78,30,80,17,81,16,82,9,83,11,84,8,85,7,86,8,87,8,88,16,95,7,96,5,89,9,90,24,91,5,92,12,93,8,94,4,97,38,98,5,99,5,100,4,101,4,102,4,103,4,104,4,105,4","marinol,23,1","marintek,70,1","maritime,9,1,50,1,57,1,58,4,76,4,78,1","market,3,1,54,1,70,3,72,1,73,2,75,3,76,1,77,4,78,1","marketplace,70,1","markets,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,18,1,20,1,79,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,23,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,2,51,1,52,1,53,1,54,1,55,1,68,1,69,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,1,65,1,66,1,67,1,70,1,71,1,72,1,73,2,74,1,75,1,76,1,77,1,78,1,80,1,81,1,82,1,83,1,84,1,85,1,86,1,87,1,88,1,95,1,96,1,89,1,90,1,91,1,92,1,93,1,94,14,97,1,98,1,99,1,100,1,101,1,102,1,103,1,104,1,105,5","marnavi,78,1","marrocaine,23,1","marsh,23,1","martini,23,1","massive,60,1,70,1,80,1","master,54,1,58,1,83,1","matching,54,1","material,62,1,73,1,95,5,96,5,90,2,97,6,99,5","materials,6,1,7,1,8,1,70,1","matted,93,1","max,12,1,29,1,76,2","maximum,95,2,96,3,97,2,99,3","mc,79,1","mca,23,1,96,1,97,1,99,1","mcb,23,1","mcr,76,1","mdi,23,1","mea,23,1","meal,22,1","mean,92,1","means,69,3,71,1,75,1,78,2,82,1,95,1,96,1,89,1,93,1,97,1,99,1","measured,92,2","mecb,23,1","mechanical,61,1,78,1,90,7,92,4,93,1","mecs,23,1","medimar,58,1,66,2,75,1,77,2,89,3","mediterranea,50,1,66,1,76,2,89,1","mediterranean,81,1,88,1","medium,23,1","meet,7,1,70,3,73,1,78,2,95,1,96,1,97,1,99,1","meetco,23,1","meeting,54,1,78,1","meg,23,1","mehta,26,1","mek,23,1,29,1,95,2,96,1,93,1,97,1,99,1","melaka,58,1","members,46,8,70,1","meneral,22,1","menhaden,23,1","menthadine,26,1","mentioned,92,1","menu,1,1,2,1","merbitox,23,1","mercan,58,1","mercaptan,22,1,23,1,30,1","mercaptans,23,1","mercaptobenzolthiazol,23,1","mercaptobenzothiazol,29,2","merceologico,78,1,91,1","merchant,54,1,95,1,96,1,97,1,99,1","mercurialin,23,1","merit,76,1","mesamoll,23,1","mesityl,23,1","mesitylene,23,1","met,23,1,82,1","meta,12,1,13,1,18,1,23,1,34,1","metaborate,29,1","metacetonic,23,1","metacrylonitrile,23,1","metal,95,1,97,1","metaupon,23,1","meter,50,1,64,1,65,1,78,2","meters,78,1","methacetone,23,1","methacide,23,1","methacrtlate,23,1","methacrylate,11,3,12,2,14,2,19,3,24,1,22,2,23,4,26,2","methacrylic,11,1,23,8,96,1,97,1,99,1","methacrylonitrile,23,1,96,1,97,1,99,1","methallychloride,23,1","methallyl,23,1","methanal,15,1,23,2","methanamide,23,1,96,1,97,1,99,1","methanamine,23,1","methane,14,1,23,9","methanecarbonitrile,23,1","methanecarboxylic,23,1","methanethiol,23,1","methanoate,19,1,23,1,26,1","methanoic,23,4","methanoin,30,1","methanol,15,1,17,2,23,3,39,2,43,2,50,1,51,2,68,2,69,1,62,1,63,1,65,1,66,1,67,1,72,1,73,2,74,1,75,3,77,1,78,1,81,1,82,1,83,1,84,1,85,2,88,1,96,2,89,1,91,1,93,5,97,1,99,2,101,2,103,2","methanolacetonitrile,23,1","methanolacrylonitrile,64,1","method,96,1","methods,97,1","methoxy,23,6,26,1","methoxybutanol,23,2","methoxybutyl,14,2,23,2","methoxydiglycol,23,1","methoxyethanol,23,2","methoxyethoxy,14,1","methoxyethyl,14,1","methoxyethylene,23,1","methoxyhydroxyethane,23,1","methoxymethane,23,1","methoxypropylene,23,1","methyl,10,7,11,3,12,4,13,1,14,8,18,1,15,1,19,4,24,1,22,1,23,120,25,1,26,12,29,1,30,4,93,1","methylacetic,23,1","methylacetone,23,1","methylacrylate,14,1,23,1","methylacrylic,23,1","methylaminoethanol,24,1","methylamyl,23,1","methylamylester,14,1","methylbenzene,12,2,18,3,19,2,23,1","methylbivinyl,11,1","methylbromide,23,1","methylbutanal,23,1","methylbutanes,23,1","methylbutene,23,1","methylbutenol,23,1","methylbutyl,23,3","methylbutyraldehyde,23,1","methylchloroform,23,1","methylcumene,26,1","methylcyclohexane,23,1","methylcyclopentadiene,23,2","methylene,23,6,30,1,71,1,77,1,82,1,83,1,96,1,90,1,93,4,97,1,99,2","methylenebis,23,3,26,1","methylenechloride,96,1","methylenedi,23,1","methylenediphenyl,23,1","methylethane,24,1","methylethene,23,1","methylethyl,11,1","methylethylaniline,23,1","methylethylene,19,1","methylethylethylene,29,1","methylethylmethane,23,1","methylheptane,23,1","methylhexane,23,1","methylhexyl,10,1,23,1","methylhydroxybutyne,23,1","methylic,23,1","methylisobutyl,23,1","methylisopropylbenzene,26,1","methyllactonitrile,23,1","methylnaphtalene,23,2","methylnaphthalene,23,2","methylnitrobenzene,23,2","methylnonane,23,1","methylolpentane,23,1","methylpentan,18,1","methylpentane,13,1,18,1,23,2","methylpentanediol,23,1","methylpentene,23,1","methylpentyl,23,1","methylphenol,23,4","methylphenyl,26,1","methylprop,12,1","methylpropan,23,1","methylpropanal,23,1","methylpropane,23,1","methylpropanenitrile,23,1","methylpropanoic,23,1","methylpropene,12,1,23,1","methylpropenoic,23,6","methylpropionitrile,18,1,23,1","methylpropyl,10,1,23,9","methylpropylbenzene,23,1","methylpropylester,10,1","methylpyridine,14,2,23,3","methylpyrrolidone,23,1","methylstyrene,10,1,11,1,23,1","methylstyrenes,23,1","methylsulfhydrate,23,1","methylthio,18,1","methyltoluene,23,1","methyltrichloromethane,23,1","methylvinylbenzenes,23,1","mexol,24,1","mg,95,1,96,1,97,1,99,1","miak,23,1","mibc,23,2","mibk,23,1,29,1","mibrane,14,1","mic,23,2","mickey,54,1","micron,95,1,96,1,97,1,99,1","microns,95,2,96,3,92,1,97,2,99,3","mid,56,1,73,1,78,1,81,1,88,1","middle,23,1","middot,10,8,11,8,12,8,13,8,14,8,18,8,20,8,15,8,19,8,16,8,17,8,21,8,24,8,22,8,23,8,25,8,26,8,27,8,28,8,29,8,30,8,31,8,32,8,33,8,34,8,35,8,36,8","mil,95,1,96,1,99,1","milas,58,1","milestone,56,1,81,1,88,1","milk,23,4","millenium,47,1,48,1,49,1","million,50,1,69,4,63,2,71,2,74,2,75,3,76,1,78,1","millions,77,1","mills,96,1,99,1","mils,95,1,96,1,99,1","min,29,2","minds,70,1","mineral,12,2,14,1,18,3,21,3,22,1,23,12,25,1,26,3,29,13,33,3","minimum,69,1,71,1,75,1,78,1,95,1,96,3,97,5,99,4","minimum180,96,1","mining,95,1,96,1","ministry,78,1","minutes,95,1,96,1,97,1,99,1","mirbane,23,1,25,1","misleading,73,1","misplaced,55,1,59,1","missiles,7,1","mistake,50,1,67,4","mix,19,1,25,1,26,1,95,3,96,3,97,3,99,3","mixed,10,1,12,1,18,1,19,1,25,1,26,1,34,1,70,1,95,1,96,1,97,1,99,1","mixing,95,2,96,2,97,2,99,2","mixt,10,2,12,1","mixture,10,3,12,1,13,2,14,2,19,2,24,3,23,2,25,1","mixtures,10,5,11,1,19,2,24,1,25,3","mm,23,4,78,1","mm2000,25,1","mobil,10,1,23,13,33,1","mobilad,23,1","mobilsol,23,1","modern,79,1,70,3","modifying,70,1","mogas,23,2,26,1,28,1","mol,26,1","molasses,11,1,12,1,23,3","molecular,23,1,26,2,75,1,95,1,97,1","molecule,95,1,96,1,97,1,99,1","molecules,8,2,96,2,99,2","mollic,23,1","molte,14,1","molten,12,1,18,1,24,1,26,1","moment,70,1","money,70,1,76,1","mono,13,1,14,2,16,3,23,1,30,1","monoalkyl,26,3","monoamyl,23,1","monobutyl,13,2,14,2,16,2,30,1","monochlorethane,23,1","monochloride,14,1","monochloro,97,1,99,1","monochloroacetic,23,2,97,1,99,1","monochloroaceticacid,96,1","monochloroacetone,23,1","monochlorobenzene,23,1,96,1","monochlorodifluoromethane,23,1","monochloroethanoic,23,1","monochloroethylene,23,1","monochlorohydrin,16,1","monochloromethane,23,1","monochloronaphthalene,23,1","monoethanol,23,1","monoethanolethylene,23,1","monoethers,16,1","monoethyl,13,3,14,2,23,2,16,2,26,1,30,2","monoethylamine,23,1","monoethylene,23,2","monoethylether,14,1","monofluorotrichloromethane,23,1","monohydroxymethane,23,1","monoisobutrate,30,1","monoisobutyr,30,1","monoisopropanol,23,1","monoisopropyl,13,1,14,1","monomer,10,1,11,1,14,3,23,5,19,1,22,1,29,2,32,1","monomethyl,13,3,14,2,23,4,26,1,30,1,93,1","monomethylether,13,1","mononitrobenzene,23,1","mononitromethane,23,1","monooleate,26,1","monopentaerythritol,23,2","monophenyl,14,1","monopropyl,14,1","monopropylene,23,1","monopropylether,14,1","monostyrene,23,1","monsanto,10,1,23,2,28,1,29,1","month,70,1","months,68,1,69,1,63,1,72,1,74,1,75,3,77,5,95,1,96,1,97,1,99,1","morocco,85,2","morpholene,23,1","morpholine,23,1","morrhua,23,1","mossbunker,23,1","mostly,70,1","moth,23,1","motor,23,4,16,4,26,2,28,4,69,4,57,1","moulded,76,2","movie,3,2","mowrah,23,1","mp,24,2","mpk,23,1","mr,66,1,73,2,77,3,78,1,81,3,88,3","msds,1,1,2,1,3,1,5,12,55,10,59,1","mt,73,5,75,3,77,1,78,6","mtbe,68,1,66,1,67,1,77,1,84,1,89,2","mtw,86,1,87,1","mud,22,1","multi,77,1","multiple,89,1","multitude,54,1,85,1","mumtaz,81,1,88,1","muriatic,23,5","muriatica,23,1","murmansk,58,1,86,1","mustafa,58,2","mustard,23,2,25,1,29,1,32,1","mutiara,58,1","mutton,23,1","mynstic,23,1","myrcene,23,1","myristyl,23,1","n1,13,1","n70c,22,1","nalkylene,24,2","name,3,1,47,1,48,1,54,1,58,1","naoci,93,1","naocl,12,1","naoh,93,1","naphlhantriene,24,1","naphta,16,1,24,1,26,1,29,1,32,2","naphtalene,96,1,97,1,99,1","naphtalenesulphonic,24,1","naphtha,12,2,14,1,18,1,16,2,24,26,26,4,28,1,29,1,31,2,32,2,33,1,91,1","naphthalene,10,1,11,1,23,2,15,1,24,3","naphthate,12,1","naphthenate,12,3,22,1","naphthene,24,1","naphthenic,12,1,24,9","naphthenix,24,1","naptha,26,1","napthenate,12,1","nasibli,58,1","natrium,24,1","natural,15,1,24,3,22,2,54,1,96,1,99,1","nature,38,1,78,1","nautical,54,1","nav,79,1","navale,66,1,76,1,77,1,78,1","navel,79,1","navigate,1,1,2,1,82,1","navigation,82,1","navigazione,50,1,66,1,76,2,89,1","navy,24,1,54,1","navytime,58,1","naxol,24,1","nb01,58,1","nb035,58,1","nb076,58,1","nb080,58,1","nb225,58,1","nb44,58,1","nc,15,1","near,7,1","nearly,73,1,77,2","neatsfoot,24,1","necatorine,24,1","necessity,90,2","necton,14,1","needs,79,1,42,1,53,1","negotiations,54,1","neill,54,1","neodecanoate,32,1","neodecanoic,24,1","neodene,82,1,83,1","neodol,24,2","neolene,24,1","neopentane,24,1","neopentanoic,24,1","nesol,24,1","neste,58,2","netherlands,58,7,81,1,82,1,83,1,88,1","neutral,14,2,16,1,24,1,22,1,29,7","neutralised,26,3","neutralization,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,95,1,96,2","new,3,1,4,1,6,1,7,1,79,2,41,1,45,8,47,1,48,1,49,1,50,1,54,1,55,1,69,1,57,2,59,1,66,1,70,10,73,1,75,3,77,4,78,9,81,1,86,1,88,1,95,1,96,1,97,1,99,1","newbuild,50,1,66,6,76,1","newbuilding,79,1,69,1,63,3,66,1,70,1,71,2,72,4,74,3,75,4,76,1,77,4","newbuildings,70,3,75,2,77,3","newbuilds,5,1","newest,76,1","newly,78,1,86,1","news,1,1,2,1,79,4,56,10,57,2,75,4,80,4,81,5,88,1,104,4","next,50,1,68,1,69,1,70,1,75,1,77,2,81,1,87,1,88,1,92,1,93,1","niax,24,9","nigrosine,24,1","nine,69,1,72,1,75,1,91,1","niobe,24,1","nirates,25,1","niter,24,1","nitrate,10,8,12,1,15,1,24,1,22,1,26,1,31,4","nitrates,25,1","nitratesol,10,1","nitrating,10,1,24,1","nitration,11,1,24,2","nitre,24,1","nitric,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,2,19,1,16,1,17,1,21,1,24,9,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,97,1","nitricacid,96,1","nitricacid1,99,1","nitrile,14,1,23,1,25,1,26,2","nitrilotri,24,1","nitrilotriacetate,30,1","nitrilotriacetic,24,1","nitrite,29,1","nitro,97,1,99,1","nitrobenzene,12,2,18,1,24,1,82,1,83,1,96,1","nitrocarbol,24,1","nitrochlorobenzene,24,1,25,1","nitroethane,24,3","nitrogen,24,3,97,1,99,1","nitrogenfertilizers,96,1","nitromethane,24,1","nitrophenol,24,1","nitropropan,24,1","nitropropane,24,5","nitropropanes,24,1","nitrotoluene,24,3","nitrotoluenes,24,1","nitrotoluol,24,1","nitrous,24,1,29,1","niyazi,58,1","nn,24,4","non,79,1,69,1,72,1,75,1,78,3,95,1,96,2,92,1,97,1,99,2","nonabsorption,63,1,74,1","nonane,24,1","nonanoic,24,2","nonanol,24,1","nonenes,24,1","nonetheless,73,1","nonidet,24,1","nonsym,30,1","nonyl,10,1,14,1,23,1,24,8","nonylene,24,1","nonylenes,24,1","nonylic,24,1","nonylphenol,24,2","nopinene,24,1","nor,29,1,95,1,96,1,97,1,99,1","norbert,61,1,62,2,78,1,90,2,92,1,93,1,97,1","norbonene,14,1","norbornene,14,1","nordic,58,2","normal,13,1,18,1,23,1,24,3,22,1,25,1,29,1,80,1,95,1,96,1,97,1,99,1","normally,71,1,75,2,78,1","norske,78,1","north,58,1","northern,81,1,86,1,88,1","norval,24,1,97,1,99,1","norvalamine,96,1","norway,58,6,70,1","norwegian,77,1","notch,63,1,74,1","notching,72,1,75,1","note,5,1,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,95,1,96,2,97,1,99,1","notes,69,1","notwithstanding,90,3","nov,58,4","november,78,1","noxious,24,10","nozzle,92,2","np,30,2","np9,29,1","ns,25,1","nsc,24,1","nsr,29,1","number,10,2,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,1,19,1,16,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,73,2,75,1,77,3,90,1","numerous,73,1","nut,12,1,26,2","nutmeg,24,2","nutshell,12,3","nyvac,29,1","oacute,12,2,30,2","obsolete,73,1","obtained,95,2,96,2,97,3,99,2","oc,79,1","occasional,90,1","occur,90,4","occured,92,1","occurs,70,1","ocean,82,1","ocirc,11,1,26,1","oct,58,4","octadec,12,1","octadecadienoic,25,1","octadecane,25,2","octadecanoic,24,1,25,2","octadecanol,25,1","octadecatrienoic,25,1","octadecene,25,2","octadecenoamide,25,2","octadecenoic,25,1","octadecenol,25,1","octadecnoic,25,1","octadecyl,25,1","octadiene,23,1","octane,25,1","octanecarboxylic,25,1","octanoic,25,1,97,1,99,1","octanoicacid,96,1","octanol,24,2,25,3","octanone,25,2","octaro,25,1","octene,25,4","octyl,13,2,14,2,24,2,25,9,29,1","octylalcohol,25,1","octylbenzene,25,1","octyldecyl,10,1,25,2,26,1","octylene,25,1","octylic,24,1,25,1","octylnitrates,25,1","odb,25,1","odcb,25,1","odecanoic,25,1","odin,58,1","odor,83,1","odourless,21,1,25,1","ofa,25,1","off,63,1,71,1,72,1,74,1,75,3,95,2,96,2,93,1,97,2,99,2","offer,68,1,70,1,90,1","offered,70,1","offering,70,2","offers,42,1,68,1,62,2,63,1,74,1,90,3,97,2,105,1","office,77,1","officer,54,1,73,1,78,1","offshore,70,1,99,1","ogullari,58,1","oh,8,1,95,1,96,1","ohio,3,1,5,1,6,1,7,2,8,1,9,1,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,79,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,2,64,2,65,1,66,1,67,1,70,1,71,2,72,2,73,2,74,2,75,1,76,2,77,2,78,2,80,1,81,3,82,1,83,1,84,1,85,1,86,1,87,1,88,3,95,1,96,1,89,1,90,1,91,1,92,1,93,1,94,1,97,1,98,1,99,1,100,1,101,1,102,1,103,1,104,1,105,1","oil,10,10,11,8,12,68,13,7,14,12,18,14,20,1,23,23,79,2,15,21,16,11,21,2,24,7,22,31,25,16,26,51,27,2,28,17,29,63,30,42,31,1,32,4,33,7,68,2,63,1,72,1,74,1,75,2,77,1,84,1,86,1,87,2,96,3,90,1,97,10,99,8","oill,11,1","oils,10,2,12,2,14,4,18,3,23,2,15,2,19,1,16,3,24,2,22,2,25,11,26,4,28,1,29,2,30,4,32,4,67,1,87,1,97,3,99,1","ointment,26,1","oiticica,25,2","okan,54,4,58,1","ol,11,1,18,1,23,2,26,4","olamine,25,1","old,70,2","older,5,1","oleate,16,1,26,1,30,1","olefiant,25,1","olefin,10,5,25,3","olefines,25,1","olefins,10,5,25,5","oleic,14,2,15,1,25,2,28,1","olein,25,1,26,3,28,1","oleine,25,1","oleum,25,2,96,1,97,1,99,1","oleyl,25,2","olive,25,2,97,1,99,1","oliveoilfattyacid,96,1","oloa,25,1","omega,25,1","oncb,25,1","onecan,90,1","ongoing,56,1,81,1,88,1","onto,95,1,96,1,99,1","oo,25,4","open,8,1,96,1,99,1","opening,8,1,95,3,96,1","operated,79,1","operating,54,1,69,4,57,2,63,3,71,4,72,2,74,3,75,7,77,1,78,1,86,1,95,1,96,1,97,1,99,1,102,1,105,1","operation,79,1,54,1,63,1,74,1,81,1,88,1","operational,49,1,69,1,63,1,71,1,72,1,73,2,74,1,75,2,77,2,78,3","operationally,69,1","operations,7,1,68,1,70,1,89,1,90,1","operator,69,2,66,1,70,1,72,1,73,1,75,1,78,2","operators,79,1,69,1,73,2,78,2","opportunities,68,1,77,1","opposite,80,1","optimum,95,1,96,1,97,1,99,1","option,72,1","oradana,58,1","orahope,58,1","oralake,58,1","oraness,58,1","orange,25,4","orchalking,93,2","order,5,1,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,39,1,43,1,51,1,72,1,75,1,93,2,101,1,103,1","orders,73,1,95,1,96,1,97,1,99,1","ordnance,7,1","organic,7,1,70,1,90,4","organisation,75,1,77,1","orgol,25,1","origin,26,2","original,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,97,2","originally,7,1,73,1,84,1","orignal,2,4","oronite,25,4","ort,23,1","ortho,12,1,13,1,14,1,18,1,24,1,30,1,34,2","orthoboric,25,2","orthodichlorobenzene,25,1","orthonitro,25,1,97,1,99,1","orthonitrobenzene,96,1","orthophosphoric,25,2","orthosilicate,30,1","orthotolyl,25,1","osha,95,1,96,1,97,1,99,1","osmosol,25,1","otilde,11,1,12,1,13,2,14,1,20,3,23,1,25,3,26,3,32,1","outlay,72,1,75,1","outperforms,50,1,62,1,64,1,65,1,73,1","outstanding,83,1,105,1","overbuild,70,1","overcoat,96,2,97,2,99,2","oversee,81,1,88,1","overspray,92,1","owing,62,2,90,2,92,1,97,2","own,69,1,72,1,73,1,81,1,88,1","owned,66,1,76,1","owner,69,1,58,1,72,2,75,3,77,2,78,2,81,1,88,1","owners,79,1,54,1,68,2,69,1,70,1,75,1,77,4,78,2,81,5,88,5","oxa,25,2","oxacyclopentane,25,1","oxacyclopropane,25,1","oxal,25,3","oxaldehyde,25,3","oxalic,25,4","oxammonium,25,3","oxapentane,25,1","oxazine,23,1,30,3","oxide,10,3,12,4,13,8,14,4,18,1,23,5,16,1,24,1,25,2,26,6,29,2,66,1,67,1,89,1","oxidised,25,1","oxidizers,99,1","oxidizing,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,1,19,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","oxidoethane,25,1","oxiethene,14,1","oxime,12,1","oximide,13,1","oxinol,25,1","oxirane,23,1,25,1,96,1,99,1","oxitol,14,2,19,2,25,2,26,4","oxo,14,1,25,1","oxobutanoate,14,1","oxobutanoic,25,1","oxolane,25,1","oxy,29,1","oxybenzene,25,1","oxybis,25,1","oxybisbutane,25,1","oxybispropane,25,1","oxybutanal,25,1","oxybutyric,25,1","oxychloride,12,3,26,1","oxydi,14,1,19,1,25,1","oxydiethanol,25,1","oxyethylene,26,1","oxygen,95,1,96,1,97,1,99,1","oxyisobutyric,25,1","oxymethylene,25,2","oxytol,25,1","oxytoluene,25,1","oxytoluenes,25,3","oxytrichloride,26,1","oz,58,1","ozden,58,1","packaging,95,1,97,1","paffins,12,1","page,26,1,90,1,92,1,93,2","pages,9,4","paid,72,1,75,1","paint,70,1","palatinol,26,4","pale,12,2,16,1,22,2,26,1,29,1,30,3","palm,11,1,12,1,15,1,25,1,26,27,29,2,96,1,97,2,99,2","palmarosa,26,1","palmitate,19,1,26,1","palmitic,26,2","palmityl,26,1","palmoilfattyacid,96,1","palmstone,26,1","panam,58,2","panasol,26,2","panters,26,1","paolo,66,1,76,1","paper,1,1,2,1,95,1,96,1","papi,26,3","par,23,1","para,18,1,24,1,34,2","paracetaldehyde,26,1","paradi,26,1","paradichlorobenzene,26,1","paradyne,26,1","paraffin,12,1,22,2,26,11,29,1","paraffinic,24,1,26,2","paraffins,12,2,24,3","paraflow,26,3","paraldehyde,26,1","paramid,12,1,26,1","paramin,14,1,26,1","paranox,14,1,26,1","parapoid,26,1","parate,26,1","paratertiary,26,1","paratone,14,2,26,1","parcel,76,1","parings,12,1","part,54,1,69,1,61,3,77,1,81,1,88,1,95,2,96,2,90,1,92,1,93,1,97,3,99,2","partial,28,1","particular,76,1,95,1,96,1,97,1,99,1","particularly,70,1","particulars,76,1","parts,7,3,95,1,96,1,97,1,99,1","party,95,2,96,2,97,2,99,2","passion,54,1","password,3,1,4,1,55,2,59,2","patent,95,2,96,2,97,2,99,2","patented,7,1,68,1,66,1,73,1,76,1,77,1,81,1,88,1,95,1,96,1,97,1,99,1","patents,95,2,96,2,97,2,99,2","paul,69,1","paying,73,1","pcp,26,1","pdb,26,1","pdcb,26,1","pdf,5,1,49,4","pe,26,1","peanut,16,1,26,3","pear,26,1","peel,25,1,26,1","peeling,93,1","peg,26,1","pegasol,26,1","pegy,26,1","pelargonic,26,2","pellets,26,1,32,1,99,1,105,1","penchlorol,26,1","pending,95,1,96,1,97,1,99,1","penetrate,8,2,96,2,99,2","penetrating,26,1","penetration,8,1,73,1,95,2,96,1","pennsalt,26,2","penola,26,1","pentachloride,14,1","pentachloroethane,26,1","pentachlorophenoxy,26,1","pentacon,26,1","pentadecene,26,1","pentadecyl,23,1,26,1","pentadiene,26,1","pentaerythrite,26,1","pentaerythritol,26,2","pentaethylene,26,1","pentakil,26,1","pentalin,26,1","pentaline,26,1","pentamer,26,1","pentamethylene,26,1","pentamethylheptane,26,1","pentamine,30,2","pentanal,26,1","pentane,26,1,30,1","pentanedial,26,1","pentanediol,25,1,30,1","pentanoic,26,1","pentanol,23,4,26,3,30,1","pentanon,23,1","pentanone,23,1,26,3","pentasod,26,1","penten,23,2","pentene,14,1,23,2,24,1,26,4","penthylcarbinol,29,1","pentols,24,1","pentoxol,26,1","pentoxone,26,1","pentyl,10,2,14,1,23,2,26,3","people,73,1","peppermint,26,1","per,50,2,69,3,63,4,64,2,65,2,70,1,71,3,72,5,73,1,74,4,75,10,78,3,82,2,95,3,96,4,97,2,99,4","perborate,29,1","perc,26,1","perceived,73,1","percent,70,2,76,1","percentage,90,1,93,1","perchloric,26,2,97,1,99,1","perchloricacid,96,1","perchloroethylene,26,1,96,1,97,1,99,1","perchloromethane,26,1","perfor,96,1","perforation,90,1","performance,3,1,5,4,6,5,7,7,8,6,9,4,10,4,11,4,12,4,13,4,14,4,18,4,20,4,23,4,79,5,15,4,19,4,16,4,17,4,21,4,24,4,22,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,5,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,5,51,4,52,5,53,5,54,4,55,4,68,5,69,4,56,6,57,5,58,4,59,4,60,4,61,4,62,9,63,4,64,5,65,4,66,4,67,5,70,8,71,4,72,4,73,10,74,4,75,5,76,4,77,5,78,6,80,4,81,6,82,4,83,4,84,5,85,5,86,5,87,5,88,6,95,6,96,8,89,5,90,4,91,4,92,4,93,4,94,4,97,9,98,4,99,9,100,4,101,4,102,4,103,4,104,4,105,4","performed,80,1,90,1,93,1","performs,62,1,87,1","perilla,26,1","period,70,1,75,1,78,1","perm,58,1,87,5","permanganate,97,1,99,1","permata,58,1","permeable,95,1,96,1,97,1,99,1","permeate,38,1,42,1,53,1","permeation,8,1,77,1,95,1,96,1,99,1","permit,76,1","permitted,76,1","peroxide,18,4,23,1,24,1,26,1,96,1,97,1,99,1","peroxyhydrate,29,1","person,54,1","perspirit,26,1","persulfate,96,1,97,1,99,1","pet,12,1","petanone,18,1","peter,54,5","petersburg,58,1,86,1","petro,7,1,76,1","petrohol,26,1","petrol,20,1,26,1,58,2","petrolatum,11,1,12,1,14,1,23,1,21,2,26,3,29,2","petroleum,11,2,14,1,18,1,16,1,24,1,22,1,26,26,29,1,31,1,33,2","pg1,9,4","ph,10,3,11,1,15,4,22,1,78,1,90,2","phenate,12,2","phenatesulphide,23,1","phenic,26,1","phenol,10,1,12,1,13,1,23,2,24,3,22,1,25,1,26,4,78,1,80,2,81,1,84,1,88,1,95,1,96,2,97,5,99,3","phenolate,26,1","phenolic,26,3,69,2,63,1,72,1,73,1,74,1,75,1,95,1,97,1,99,1","phenolics,7,1,8,1,95,1,90,1,99,7","phenols,90,1","phenomena,93,1","phenoxy,14,1","phenoxyacetic,26,1","phenyl,10,1,13,2,14,1,23,3,26,13,30,1","phenylbenzene,26,1","phenylbutane,26,1","phenylcarbinol,26,1","phenyldodecane,26,1","phenylenediisocyanate,23,1","phenylethene,26,1","phenylethylene,26,1","phenylformic,26,2","phenylic,26,1","phenylisocyanate,23,3,26,1","phenylmethane,26,1","phenylmethanol,26,1","phenylmethyl,26,1","phenylpropane,23,1,26,2","phenylpropene,26,1","phenylpropylene,11,2","phenyltridecane,26,1","phone,47,1,48,1,64,1","phosgene,26,1","phosphate,10,4,12,1,13,2,19,1,25,1,26,1,29,2,30,17,31,2","phospheric,81,1,88,1","phosphite,13,1,30,2","phospholeum,26,1","phosphoric,13,1,23,1,16,1,26,14,68,1,67,1,78,1,81,2,88,2,85,2,91,1,97,2,99,2","phosphoricacid,96,2","phosphorus,12,1,26,7,30,1","phosphoryl,26,1","phosporic,26,1","phph,26,1","phtalate,10,3,13,2,32,1","phthalandione,26,1","phthalate,10,1,13,18,14,2,15,1,19,1,25,1,26,7,29,2,32,1","phthalates,13,2,26,1","phthalic,25,1,26,24,97,1,99,1","phthalicanhydride,96,1","phthate,15,1","phthlate,28,1","physical,7,1,8,1,78,1,95,1,96,1,97,1,99,1","pickling,95,1,96,1","picoline,14,1,26,4","pictured,71,1","pilchard,26,1","pilot,78,1","pimelic,26,1","pine,26,2","pineapple,26,1","pinene,10,1,26,4","pinholing,92,1","pink,93,1","pipelines,96,1,102,1","piperazine,26,1","piperylene,26,1","piperzine,96,1,97,1,99,1","pipes,90,1","pitch,12,1,14,1,23,1,22,2,26,1,97,1,99,1","pitted,95,1,96,1,97,1,99,1","pitting,70,1","pivalic,26,1","place,70,1,77,1,81,1,88,1","planned,73,1","plant,16,1,96,1","plasticisers,26,1","plasticizer,10,1,23,1,28,1","plasticizers,21,1","plates,70,1,90,1","platformate,23,1","player,3,2","pleased,84,1,86,1,87,1","plugging,92,1","plurionic,26,1","pluronic,26,1","plus,26,1,77,1,78,1,81,1,88,1,85,1","pm,26,2","pnt,26,1","pogy,26,1","point,29,2,33,1,95,2,96,2,97,2,99,2","pointed,90,1","points,70,1,81,2,88,2","poli,66,1,76,1,77,1","policizer,26,1","poly,10,3,12,1,24,1,26,6","polyacrylate,29,1","polyal,24,1","polyalkoxylate,16,1","polyalkyl,26,2","polyalkyl1,23,1","polyalkylene,26,4","polyaluminium,26,1","polyamines,26,1,97,1,99,1","polyaniline,26,1","polybutadiene,18,1","polybutene,26,3","polybutylene,19,2,26,2","polyester,26,2","polyether,10,1,13,1,22,1,26,3,32,1","polyethoxylate,30,1","polyethylene,12,1,26,8,97,1,99,1","polyethylenepolyamines,96,1","polyferric,26,1","polyglycerol,26,1","polyglycol,14,1,26,1","polyisobutylenes,26,1","polyisocyanate,26,1","polymer,1,5,2,5,3,1,5,14,6,16,7,21,8,21,9,10,10,9,11,9,12,9,13,9,14,9,18,10,20,9,23,9,79,15,15,9,19,9,16,10,17,9,21,9,24,9,22,9,25,9,26,11,27,9,28,9,29,9,30,9,31,9,32,9,33,9,34,9,35,9,36,9,37,13,38,11,39,13,40,9,41,9,42,15,43,13,47,13,48,13,49,13,50,10,51,9,52,14,53,15,54,13,55,13,68,11,69,11,56,13,57,13,58,13,59,13,60,13,61,13,62,9,63,18,64,11,65,9,66,10,67,9,70,12,71,11,72,10,73,13,74,18,75,11,76,12,77,13,78,12,80,15,81,16,82,13,88,16,83,13,84,13,85,13,86,13,87,13,95,12,96,17,89,13,90,13,91,13,92,13,93,13,94,14,97,12,98,13,99,17,100,9,101,9,102,14,103,13,104,13,105,14","polymerised,26,1","polymerized,96,1,99,1","polymers,7,1,69,1","polymethylene,26,2","polyol,24,1,26,3,32,2","polyolefin,26,5","polyols,24,1,32,1","polyoxyethylene,26,1","polyoxypropylene,26,1","polyoxypropylentriol,26,1","polyphenyl,26,2","polyphosphoric,26,1","polypluracol,26,1","polypropylene,26,4","polysiloxane,13,1,26,1","polysol,26,2","polysolv,26,2","polyvinyl,26,2","poor,99,1","poppy,26,1","poppyseed,26,1","popular,70,1","popularity,77,1","porous,90,1","porpoise,26,1","port,69,2,63,2,71,2,74,2,75,2,78,2,81,1,88,1","portugal,54,1,58,5,73,1,78,1,84,1,85,1","pose,70,1","posing,90,2","positector,92,1","possesses,54,1","possible,66,1,70,2,71,1,72,1,75,1,90,4,92,1","posts,90,1","pot,95,2,96,2,97,2,99,2","potable,26,1,33,1","potas,12,1","potash,10,2,12,5,26,10,96,1,97,1,99,1","potassium,24,1,22,1,26,13,97,2,99,2","potassiumhydroxide,96,1","potassiumpermanganate,96,1","potato,26,1","potential,1,1,2,1,68,1,69,1,77,1","pour,16,2","power,1,1,2,1,7,1,26,1,76,1,95,1,96,2,97,1,99,1","powerline,1,1,2,1","powerpoint,9,4,53,1","pp,26,4","ppg,26,1","ppm,12,1","practical,75,1,95,1","pre,54,1","precautions,95,2,96,2,97,2,99,2","precludes,95,1,96,1,97,1","predict,90,1","predominantly,97,1","predominately,96,1,99,1","preferred,96,1,90,1","prelude,77,1","prem,16,2","premier,81,1,88,1","premises,76,1","premium,21,1,26,5,78,1,91,1","preparation,69,1,70,1,81,1,88,1,95,1,96,1,92,1,97,1,99,1","prepared,26,1,62,1,73,1,76,1,96,2,97,1","prepregs,7,1","present,70,2","presentation,9,5","presently,70,1,85,1","presents,38,1","preserver,29,1","president,77,1","pressings,29,1","pressure,70,2,95,1,96,1,92,1,97,1,99,1","prevention,77,1","previous,75,1","previously,73,1,81,1,88,1,95,1,96,1,97,1,99,1","price,95,1,96,1,97,1,99,1","prim,19,2","primarily,54,1,70,3","primary,24,1","prime,70,1","primene,26,1","primer,96,1","primol,26,1","printed,49,4,70,2","prior,73,1,81,1,88,1,95,2,96,1,97,2,99,1","priority,70,1","privately,76,1","probably,54,1","problem,54,1,57,1,70,1","problems,7,1,8,1,50,1,70,3,87,1,95,2,96,2,90,1,92,2,97,3,99,2","procedure,92,1","procedures,70,1,90,1","process,3,1,12,1,15,1,26,5,28,1,29,4,54,2,81,1,88,1,95,1,96,1,97,1,99,1","processed,26,3","processing,1,1,2,1,38,4,95,1,96,1,94,1","processors,38,1","produce,63,1,72,1,74,1,75,1,84,1","produced,69,1","produces,63,1,74,1,99,1","producing,15,1,50,1,85,1","product,3,3,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,15,1,19,1,16,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,41,1,52,5,53,1,55,1,57,1,59,1,63,2,70,8,74,2,75,3,76,1,77,2,78,2,81,1,88,1,95,15,96,13,90,1,97,15,99,13","production,70,1,75,1,77,1","productivity,66,1,76,1","products,1,3,2,3,5,1,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,14,1,18,1,20,1,23,1,79,2,15,1,19,1,16,1,17,1,21,1,24,1,22,2,25,1,26,3,27,1,28,1,29,1,30,1,31,3,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,2,51,1,52,1,53,1,54,1,55,1,68,1,69,3,56,1,57,1,58,1,59,1,60,1,61,1,62,2,63,3,64,1,65,1,66,1,67,1,70,7,71,2,72,2,73,3,74,3,75,3,76,1,77,3,78,2,80,1,81,1,82,1,88,1,83,1,84,1,85,1,86,1,87,2,95,11,96,12,89,1,90,2,91,1,92,1,93,1,94,1,97,13,98,13,99,12,100,1,101,1,102,1,103,1,104,1,105,1","professional,81,1,88,1","profile,95,1,96,2,97,1,99,1","profit,1,1,2,1,47,1,48,1,49,1,50,3,52,1,68,5,69,3,63,1,72,1,73,1,74,1,75,1,81,1,88,1,85,1","profitable,68,1,67,1,81,1,82,1,88,1,83,1","profits,50,1,52,2,68,2,78,1,84,1,85,1,95,1,96,1,97,1,99,1","program,49,1,73,1","programme,70,1","progress,73,1","progressively,73,1","project,54,1,75,1","projected,70,1,73,1,77,1","projects,54,4,77,1","promises,76,1","proof,14,1,73,1","propadiene,23,1","propanal,26,1","propane,10,1,12,1,26,5,30,1,96,1,99,1","propanecarboxlic,26,1","propanediol,26,2","propanetricarboxylic,18,2","propanetriol,26,1","propanoic,14,1,26,5","propanol,10,2,14,1,23,3,19,1,24,2,25,1,26,6","propanone,12,1,26,1","propargyl,26,1","propen,23,1,26,2","propenal,26,1","propenamide,26,1","propenate,23,1","propene,13,1,19,1,26,6","propenenitrile,26,1","propenoate,14,2,23,1,19,1","propenoic,26,13","propenyl,11,1,26,3","propenylbenzene,26,1","properly,77,1,81,1,88,1,93,1","propert,92,4","properties,61,1,73,1,95,3,96,3,90,1,92,4,93,1,97,3,99,3","property,80,1","propiolactone,26,2","propionaldehyde,26,2","propionate,14,2,32,1","propionic,26,3,32,1,97,1,99,1","propionicacid,96,1","propionitrile,26,2","propionyl,26,1","proportions,95,1,96,1,97,1,99,1","propulsion,76,1,89,1","propyl,10,4,13,2,18,1,23,2,14,2,24,3,26,27,30,1","propylacetate,26,1","propylacetone,26,1","propylacrolein,14,1","propylan,26,1","propylbenzene,23,1,24,1,26,2","propylene,12,1,13,1,23,1,14,2,26,21,30,3,66,1,67,1,76,1,89,1","propylether,11,1,13,2","propylethylene,23,2","propyn,26,1","propyne,26,1","prossesed,26,1","protect,3,1,38,1","protected,8,1,63,1,71,2,72,2,74,1,75,4,76,1,77,1,78,2,96,1,89,1,99,1","protecting,9,1","protection,5,8,6,8,7,9,8,8,9,8,10,8,11,8,12,8,13,8,18,8,20,8,23,8,79,8,14,8,15,8,19,8,16,8,17,8,21,8,24,8,22,8,25,8,26,8,27,8,28,8,29,8,30,8,31,8,32,8,33,8,34,8,35,8,36,8,37,8,38,8,39,8,40,12,41,8,42,13,43,8,47,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8,55,8,68,8,69,8,56,8,57,8,58,8,59,8,60,8,61,8,62,8,63,8,64,8,65,8,66,8,67,8,70,12,71,8,72,8,73,8,74,8,75,8,76,8,77,9,78,8,80,8,81,10,82,8,88,10,83,8,84,8,85,8,86,8,87,8,95,9,96,9,89,8,90,8,91,8,92,8,93,8,94,10,97,9,98,8,99,9,100,8,101,8,102,9,103,8,104,8,105,8","protective,7,1,10,1,11,1,12,1,13,1,18,1,20,1,23,1,14,1,19,1,15,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","protects,38,1","protein,32,1","proud,81,1,88,1","proved,7,1,8,1,78,1","proven,81,1,88,1,95,1,96,1,97,1,99,1,102,1,105,1","proves,80,1","provide,47,1,48,1,77,2,89,1","provided,54,1,73,1,95,1,96,1,90,2,92,1,93,1,97,2,99,1","provides,7,1,68,1,66,1,71,1,75,1,78,2,96,2,97,1,99,1","provideschemline,95,1","providing,5,4,6,5,7,5,8,4,9,4,10,4,11,4,12,4,13,4,18,4,20,4,23,4,79,4,14,4,19,4,15,4,16,4,17,4,21,4,24,4,22,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4,80,4,81,4,82,4,88,4,83,4,84,4,85,4,86,4,87,4,95,4,96,4,89,4,90,4,91,4,92,4,93,4,94,4,97,4,98,4,99,4,100,4,101,4,102,4,103,4,104,4,105,4","proving,79,1","provisions,95,1,96,1,97,1,99,1","prozoin,26,1","pruyen,22,1","pseudoacetic,26,1","pseudobutylene,26,1","pseudocumene,26,1","published,72,1,96,1,97,1,99,2","pudding,73,1","puli,58,2","pull,1,1,2,1,95,1,96,1,93,1,97,1,99,1","pulp,1,1,2,1,95,1,96,1","pumkinseed,26,1","pump,95,1,96,1,97,1,99,1","pumps,79,2,90,1","puracol,26,1","purchase,95,2,96,2,97,2,99,2","pure,66,1","purificatum,11,1","purity,53,1,68,1,75,1,95,1,97,1,99,1","purpose,78,1,95,1,96,1,97,1,99,1","pushed,73,1","px,26,2","py,29,2","pyrene,26,1","pyridine,10,1,26,1,96,1,97,1,99,1","pyriodine,26,1","pyroacetic,26,2","pyrobenzol,26,1","pyrog,26,2","pyrolidone,24,1","pyrolitic,26,1","pyrolsis,26,1","pyromucic,26,1","pyrosulphuric,26,1","pyroxylic,26,1","pyrrolidone,23,1,26,1","pyrrolylene,26,1","qq,27,4","qualities,70,1,96,2,99,2","quality,79,1,54,1,89,1","quantities,75,1","quantum,95,1,96,1,97,1,99,1","quarter,73,2,75,1,77,1","quenching,27,1","questions,47,1,48,1","quick,63,1,71,1,74,1,75,1,78,1","quicklime,27,1","quickly,1,1,2,1,70,1,81,1,88,1,97,1","quirinic,27,1","quite,70,1","quoted,69,2","quso,27,1","r100,26,1","r150,29,1","r20,28,2","r2226,29,1","r40,28,1","rail,71,1,99,2","railine,1,1,2,1,3,1,5,4,6,4,7,4,8,5,9,4,10,4,11,4,12,4,13,4,18,4,20,4,23,4,79,4,14,4,19,4,15,4,16,4,17,4,21,4,24,4,22,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,5,48,5,49,5,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4,80,4,81,4,82,4,88,4,83,4,84,4,85,4,86,4,87,4,95,4,96,5,89,4,90,4,91,4,92,4,93,4,94,4,97,4,98,5,99,33,100,4,101,4,102,4,103,4,104,4,105,4","railline,105,1","railroad,7,1","raise,95,1","raisin,28,1","range,7,2,79,1,69,1,62,2,63,3,72,1,74,3,75,1,76,2,77,1,78,4,90,6,92,1,97,2","ranged,81,1,88,1","ranges,63,1,74,1,76,1","rape,28,1","rapeseed,28,2","rapidly,70,1","rate,69,1,72,2,75,2,81,1,88,1","rates,72,1,75,1,90,1","rather,73,1,81,1,88,1","rating,10,1,11,1,12,1,13,1,18,1,20,1,23,1,14,1,19,1,15,1,16,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","ratio,71,1,75,1,95,1,96,1,92,1,97,1,99,1","ratna,58,1","ravenna,76,1","rd,20,2","reaching,6,1,7,1","reaction,99,1","reactivity,95,1,97,1","reactor,95,1","read,5,1","reader,5,3","ready,77,1,81,1,88,1","real,62,1,73,2","realistically,70,1","realized,81,1,88,1","rearranged,12,1","reason,81,1,88,1,90,1","reasonable,95,1,96,1,97,1,99,1","reasonably,95,1,96,1,90,1,97,1,99,1","reasons,73,1","receipt,95,1,96,1,97,1,99,1","received,78,1","receiving,77,1","recent,54,2,75,1,80,1","recently,54,1,69,1,73,1","reclaim,52,1","recoat,96,1,97,1,99,1","recoating,69,1","recognised,77,1","recognising,70,1","recognized,76,1","recommended,10,1,11,1,12,1,13,1,18,1,20,1,23,1,14,1,19,1,15,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,95,2,96,3,90,1,97,3,99,3","record,54,1,75,1,77,2","records,55,1,59,1","recoup,69,1","recouped,63,1,72,1,74,1,75,1","recover,90,1","recovery,76,1","rectified,12,1","red,24,1,28,3,30,1,33,1,84,1,95,1,96,1,93,1,97,1,99,1","rederi,58,2","rederiet,58,6","reduce,70,1,95,1,96,1,97,1,99,1","reduced,66,1,70,1,77,1","reduction,70,1,95,1,96,1,97,1,99,1","ref,10,1","references,75,1,76,1","refined,12,1,14,1,15,1,24,1,25,9,26,2,28,3,29,2,30,4,32,1","refinery,87,1","reflected,54,1","reflecting,77,1","reflects,69,1","reformates,28,1","reformed,16,1","refrigerant,28,1","refund,95,1,96,1,97,1,99,1","refurbishment,73,1","reg,3,1,6,1,7,1,16,2,38,1,42,1,50,1,53,1,56,3,64,1,66,1,67,1,81,12,82,1,88,12,83,1,84,1,85,1,86,1,87,1,89,1,97,1,102,2,105,1","regained,10,1,11,1,12,1,13,1,18,1,20,1,23,1,14,1,19,1,15,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","regard,54,1","region,72,1","register,3,1,55,1,59,1","registro,78,1","regular,28,6,76,1,90,1","regularly,37,1,40,1,100,1,104,1","regulations,95,1,96,1,97,1,99,1","reinforced,78,2,82,1,83,1,85,1","related,42,1,54,1,70,1","relating,95,2,96,2,97,2,99,2","relative,96,1,97,1","relatively,97,1","releases,97,1","relying,73,1","remaining,75,1,77,1","remains,70,1","remedies,95,1,96,1,97,1,99,1","remedy,95,1,96,1,97,1,99,1","remove,95,1","removed,80,1","removing,80,2","renowned,62,1","repair,70,4,71,1","repairable,95,1,96,1,97,1,99,1","repaired,90,2,99,1","repairs,57,1","repeat,73,1","repeatedly,81,1,88,1","replace,79,1,95,1,96,1,97,1,99,1","report,50,3,68,5,57,2,61,1,62,7,64,5,65,5,73,4,78,5,90,1,92,1,93,1,97,1","reported,93,1","reporter,57,1,76,4","reports,73,1,77,2","represent,71,1,72,1,75,1","representation,95,1,96,1,97,1,99,1","representing,75,1,77,1","represents,95,1,96,1,97,1,99,1","reprints,57,5","reproxal,28,1","request,49,7","require,5,1,70,1,95,1,96,1,97,1,99,1","required,3,1,70,1,96,1,89,1","requirements,7,2,70,2,73,1,78,1,95,1,96,1,90,1,97,1,99,1","requires,99,3","requiring,90,2","research,7,1,73,2,77,1","resides,54,4","residual,28,1","residue,23,1,29,2","residues,24,1","resilla,28,1","resin,7,1,8,1,12,1,23,2,19,1,15,1,28,3,31,2","resinacid,30,1","resins,7,2,14,1","resist,69,1,93,4,105,1","resistance,6,1,7,3,10,6,11,6,12,6,13,6,18,6,20,6,23,6,14,6,19,6,15,6,16,6,17,5,21,6,24,6,22,6,25,6,26,6,27,6,28,6,29,6,30,6,31,6,32,6,33,6,34,6,35,6,36,6,39,1,43,1,47,1,48,1,49,2,51,1,52,1,61,1,67,1,73,2,77,1,78,3,80,1,95,7,96,15,90,7,92,5,93,7,97,10,99,16,101,1,103,1","resistant,6,1,7,1,8,1,68,1,63,2,70,3,73,2,74,2,75,1,76,1,96,2,97,1,99,1","resisted,87,1","resisting,38,1,53,1,95,1,96,1,97,1,99,2,102,1","resists,10,1,11,1,12,1,13,1,18,1,19,1,20,1,23,1,14,1,15,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,60,1,62,1,67,1,80,1,96,1,97,2","resitol,28,1","respected,73,1","respective,72,2,75,2","response,3,1,4,1","responsible,54,1","restriction,90,1","restrictions,50,1","restrictionsresult,90,1","restricts,90,1","result,63,1,72,1,74,1,75,1,76,1,77,1,95,1,96,1,97,1,99,1","resulted,72,1,75,1,78,1,82,1","resulting,72,1,75,1,92,1","results,61,1,73,1,75,2,77,1,81,1,88,1,83,2,93,1","retain,80,1","retained,97,1","retains,97,1","retrofit,76,1","return,10,1,11,1,12,1,13,1,18,1,19,1,20,1,23,1,79,1,14,1,15,1,16,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,68,1,81,1,88,1,97,1,99,1","returns,71,1,75,1,78,1","reveals,57,2,72,1,77,1","revenue,69,2,63,1,71,1,72,1,73,1,74,1,75,2,78,3","reverse,70,2,95,1,96,1,97,1,99,1","review,52,1","rh,31,1","rhine,82,2","rhodanate,29,1","rhoplex,28,1","rice,28,2","ricinus,28,1","rick,54,4","right,54,1","rina,76,1,78,1","rising,54,1,96,1,97,1,99,1","risk,67,1,70,1,90,1","rivals,77,1","road,7,1,28,1,99,1","rock,28,2,33,1","rocket,73,1","rohm,26,1,28,1","romania,58,1","rondao,54,1","roofers,28,1","rooms,96,1","rosin,22,1,28,4","rotella,29,1","rougher,69,1","roughness,92,1","round,71,1,75,1","royal,22,1,70,1","rr,28,4","rsquo,1,1,2,1","rubber,24,1,22,2,28,2,29,3,97,1,99,2","rubberextenderoils,96,1","rubbers,7,1,8,1","ruby,93,1","rules,70,1","rum,28,2,96,1,97,1,99,1","run,16,1,29,2,77,1,90,1","running,79,1,92,1","rusa,28,1","russia,58,2,84,1,86,1","russian,75,1,77,1,78,1","rust,70,1","rusted,92,2","sa,14,1,29,12,70,1,95,1,96,1,92,1,97,1,99,1","sa119,29,1","sa2,73,1","sabedin,58,1","saci,29,1","sae,22,1","safely,81,2,88,2","safer,90,1","safety,70,3,95,3,96,3,97,3,99,3","safflower,15,1,25,1,29,2","sagging,92,1","said,69,1,77,1","sailing,50,1","salad,29,1","sales,73,1,75,1,77,2","salicylate,12,2,23,1","salicylic,29,1","salicytate,29,1","salli,29,1","salmon,29,1","salpetre,29,1","salt,10,1,12,1,23,1,16,1,24,6,22,3,26,1,28,1,29,3,30,3","salts,26,1,90,1","saltwater,29,1","salur,54,1","same,68,1,62,1,72,3,75,3,78,1,90,2,97,2","sand,29,1","sandal,29,1","sandalwood,29,1","sandpaper,96,1","sangajol,29,1","santal,29,1","santalwood,29,1","santicizer,23,1,29,6","santophen,29,1","sardine,29,1","sari,58,1","satisfactory,73,1,92,1","satisfied,73,1","saturated,10,1,12,3,18,1,29,5,31,1","save,50,1,69,1,64,1,65,1,71,1,75,1,78,1","saving,76,1","savings,1,1,2,1,69,2,63,1,71,1,73,1,74,1,75,1,77,1,78,2","say,73,2","says,69,6,63,1,70,9,74,1","sbp,29,1","scarifying,96,1","scenario,63,1,74,1,75,1","scepticisim,77,1","scepticism,73,1,75,1","scheduled,73,1","schedules,70,1","science,81,1,88,1","scientific,73,1","scientists,7,1,8,1","scotland,54,1","screen,8,3,95,1,96,3,97,1,99,3","screenlike,95,1","screw,79,1","scrubbers,95,1,96,1","sea,29,1,33,2,62,1,75,1,82,1,97,1","seachem,69,2,75,1","seal,23,1,29,1","sealol,29,1","seams,86,1","search,3,3","seatrend,58,2","sebacate,13,4","sebacic,29,3","sec,10,4,18,1,14,2,25,2,29,12,92,1,93,1","second,3,1,92,1","secondary,7,1,29,1,42,1,96,1","section,52,7,76,1,92,3","sections,80,1,86,1","sector,73,3,75,1,78,1","secured,76,1","security,81,1,88,1","see,3,1,10,2,19,1,14,1,22,1,28,1,29,2,30,2,31,1,69,1,70,1,95,1,96,1,97,1,99,1","seed,12,3,23,1,28,1,29,2","seen,69,1,57,10,63,1,70,2,71,1,72,1,73,1,74,1,75,2,76,1,77,2,78,1","segregation,79,2","seladang,58,1","selandang,58,1","select,3,3","selected,79,1,75,1,77,1,78,1,89,1","selendang,58,2","semecarpus,29,1","semi,70,1","send,47,1,48,1,64,1,65,2,67,1","seneca,29,1","sener,58,2","sentry,29,1","sep,58,3","separate,79,2","separately,95,1","sept,58,4","september,69,1,78,1,86,1","sequence,89,1","sequenced,91,1","sequencing,76,1","serena,58,1","series,75,1,77,1","serious,70,1","serra,58,1","serrormsg,3,1,4,1","serves,53,1,94,1","service,61,1,62,1,63,1,71,1,72,1,74,1,75,2,77,1,78,4,81,1,88,1,85,1,96,3,90,6,92,1,93,1,97,3,99,3","services,54,1","sesame,29,1","set,71,1,95,1,96,1,97,1,99,1","sets,63,1,71,1,74,1,75,1","settled,95,1,96,1,97,1,99,1","seven,69,1,95,1,97,1","several,78,1,90,1","severe,73,1,90,1","sextol,29,1","sextone,29,2","sf,22,1","sfl,22,1","shall,95,2,96,2,97,2,99,2","shallow,76,1","shape,70,1,80,1","share,70,2,73,1","shark,29,2","she,76,1","sheet,95,1,96,1,97,1,99,1","shelf,95,1,96,1,97,1,99,1","shell,10,1,12,1,24,1,22,3,29,27,34,1","shellflex,29,2","shellsol,29,1","shields,54,1","shiffahrt,79,2","ship,3,1,79,2,52,1,54,1,68,1,69,9,56,3,57,2,58,1,73,1,75,3,76,1,77,3,78,1,80,1,81,12,88,12,83,1,84,1","shipbuilding,70,2","shipload,75,1","shipowner,63,1,74,1","shipowning,76,2","shipping,50,1,69,1,58,23,63,1,70,1,71,1,73,7,74,1,75,4,77,1,78,2,84,1,85,1","shiprepair,75,4","ships,3,1,5,1,79,2,50,1,52,1,69,4,56,1,58,5,67,1,70,2,77,2,81,5,88,5,84,2,86,2,87,1,95,1,97,1","shipyard,79,1,50,1,69,1,62,1,78,2,81,1,88,1,82,1,83,1,84,1,85,1,86,1,87,1,89,1,92,1,93,1","shipyards,73,1,75,1,77,1","shock,10,1,11,1,12,1,13,1,18,1,19,1,20,1,23,1,14,1,15,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,67,1,87,1,95,1,96,1,97,1","shop,95,1,96,1,99,1","short,76,1,90,1","shortening,90,1","shorter,95,1,96,1,97,1,99,1","shortly,47,1,48,1","should,55,1,69,1,59,1,70,1,95,2,96,4,90,2,92,1,97,4,99,3","show,75,1","showcases,102,1","showed,92,2","showing,1,1,2,1","showingsome,93,1","shown,54,2,63,1,73,1,74,1,76,1","shows,54,1,69,1,92,1","side,71,2,75,2,77,2,80,1","sides,79,1","sigma,49,1","sign,55,1,59,1","signal,29,2","signed,75,2,77,2,78,1","significant,62,1,73,2,78,1,90,2,92,1,97,1","significantly,95,1,96,1,90,1,92,1,97,1,99,1","silica,12,1,29,1","silicate,14,3,26,2,29,4,30,1,73,1,78,1,90,1,97,1","silicates,90,2","silicic,30,1","siliciumtetrachloride,29,1","silicofluoric,29,1","silicon,29,2","silox,8,4","siloxiraine,5,4,6,4,7,4,8,4,9,4,10,4,11,4,12,4,13,4,18,4,19,4,20,4,23,4,79,4,14,4,15,4,16,4,17,4,21,4,24,4,22,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,4,80,4,81,4,88,4,82,4,83,4,84,4,85,4,86,4,87,4,95,4,96,4,89,4,90,4,91,4,92,4,93,4,94,4,97,4,98,4,99,4,100,4,101,4,102,4,103,4,104,4,105,4","siloxirane,1,1,2,1,6,3,7,6,8,9,69,3,63,3,64,1,71,3,72,1,73,3,74,3,75,1,78,1,95,1,96,4,97,1,99,1","similar,72,1,75,1,96,1","simonsen,58,3","simultaneous,79,1","sinapis,25,1,29,1","sinbad,79,1","since,3,1,54,1,56,2,75,1,77,1,81,3,88,3,85,1,86,1,90,2","singapore,57,1,58,9,73,1","single,79,1","sipol,29,1","sis,92,1","sister,83,1,84,1","sistership,73,1","site,1,1,2,1,3,2,5,1,54,1,95,1,96,1,97,1,99,1","situ,70,1","six,75,1,77,3,93,1","size,81,1,88,1,92,1","sk,79,1","sk40,79,1","skin,70,1,97,1","skinned,70,1","skipskonsulent,79,1","skydrol,29,3","slackwax,29,1","slaked,29,1","slight,93,1","slightly,95,1,93,1","slimcide,29,1","slop,5,4,6,4,7,4,8,4,9,4,10,4,11,4,12,4,13,4,18,4,19,4,20,4,23,4,79,5,14,4,15,4,16,4,17,4,21,4,24,4,22,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,5,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,4,65,4,66,4,67,4,70,5,71,5,72,4,73,5,74,4,75,5,76,6,77,4,78,4,80,4,81,4,88,4,82,4,83,4,84,6,85,5,86,5,87,5,95,4,96,4,89,4,90,4,91,4,92,4,93,4,94,4,97,4,98,4,99,4,100,4,101,4,102,4,103,4,104,4,105,4","slops,81,1,88,1","slowed,73,1","slowly,95,1,96,1,97,3,99,1","slurry,12,4,23,2,21,2,29,2,96,1","small,75,1,78,1,97,1","smaller,79,1,95,1","smbp,29,1","smooth,70,1,78,2,82,1,89,1,92,3,97,1","smoother,83,1","smoothness,69,1,63,1,72,1,74,1,75,1,83,1","snd,24,1","soap,10,1,28,2,29,1,30,1,32,1","soapstock,15,2","soapstocks,29,1","soar,75,1,77,1","soceny,29,1","societies,70,1,78,1","society,78,2","soda,11,1,12,3,29,3,68,1,78,1,82,1,83,1,96,1,91,1,97,1,99,1","sodium,10,3,12,2,23,2,16,1,24,4,22,3,26,2,29,71,30,2,77,1,96,1,97,5,99,6","sodiumcarbonate,96,1","sodiumdichromate,96,1","sodiumhydroxide,29,1,96,1","sodiumhypochlorite,96,1","sodiumsal,13,1","sodiumsulfide,96,1","soft,70,1","softanol,29,1","softanols,29,1","softening,93,7","soil,13,2","sol,12,3,23,1,14,1,15,1,21,1,24,2,22,2,25,1,29,6,30,1","solaesthin,29,1","sole,95,2,96,2,97,2,99,2","solfolane,29,1","soli,58,2","solid,81,1,88,1","solids,95,3,96,3,97,3,99,3","soln,10,10,12,10,13,3,18,4,23,6,14,2,15,4,16,2,24,5,22,5,25,1,26,4,28,1,29,16,30,2,31,6,32,1,33,1","solns,10,1,12,1,18,5,15,2,21,1,29,3,30,1,31,1","solt,33,1","soluble,12,1,16,1,24,1,29,1,90,1","solubles,12,1,15,2","solution,10,4,12,2,13,2,18,3,15,1,22,1,25,1,28,1,29,6,32,1,66,2","solutions,6,1,7,2,10,3,12,2,18,3,79,2,16,1,24,1,26,3,29,4,30,2,31,1,38,5,57,1,70,7,81,1,88,1,94,1,102,1","solutuons,32,1","solv,12,1,29,1","solvenol,29,1","solvent,11,1,12,2,23,1,14,2,16,2,24,2,22,1,26,3,28,2,29,29,30,2,31,1,95,2,96,2,90,2,93,2,97,1,99,1","solvents,6,1,7,1,8,2,10,1,11,1,12,1,13,1,18,1,19,1,20,1,23,1,14,1,15,1,16,2,17,1,21,1,24,1,22,1,25,1,26,3,27,1,28,1,29,2,30,1,31,1,32,1,33,1,34,1,35,1,36,1,63,1,66,1,67,1,70,1,73,1,74,1,75,1,76,1,77,1,81,1,88,1,95,4,96,3,90,1,93,1,97,2,99,2","solventsacids,95,1,96,1","solver,54,1","solves,50,1","solvesso,29,3","solvosol,29,1","somewhat,63,1,74,1","sontobrite,29,1","sophie,58,1","sorbitan,26,1","sorbitol,29,3","sought,81,1,88,1","sour,29,2","south,54,1","sovacicide,29,1","sovasol,29,1","soy,15,1","soya,14,1,25,1,29,7","soybean,10,2,29,1","sp,24,3","spa,78,1","space,7,1,70,1","spaces,70,3","spain,84,1","spark,90,1","spb,29,1","spec,57,1,73,1","special,24,1,29,3","specialist,78,1","specialists,80,1","specialized,73,1","specially,102,1","specialty,1,2,2,2","specific,70,1,96,1","specification,75,1,78,4,95,2,96,2,97,2,99,2","specifications,1,1,2,1,55,1,59,1,95,1,96,2,97,2,99,2","specified,7,1,79,1,77,1,92,1","specify,68,1,67,1,95,1,96,1,97,1,99,1","specs,3,1,5,5,59,5","speed,76,1","spend,71,1,75,1,78,1","spent,54,2,63,1,70,1,74,1,97,1,99,1","spentsulfuricacid,96,1","sperm,29,4","spermaceti,29,1","spersul,29,1","spill,26,1","spindle,29,2","spirit,12,2,23,2,24,1,26,1,29,2,30,1,31,1,33,11","spirits,12,1,18,3,23,4,14,1,16,1,21,2,22,1,26,2,29,18,33,4,34,1","spots,90,3","spray,11,1,14,1,29,3,30,1,73,1,95,1,96,1,92,1,97,1,99,2","sprayability,70,1","spraying,92,3","sq,75,5,77,6,78,2,96,1,99,1","square,50,1,64,1,65,1,78,2,95,1","ss,29,4","sspc,70,1","sspc10,95,1,96,1,99,1","ssr,22,1","stab,26,1,29,1","stabilised,29,1","stabilized,10,1,22,1,29,2","stacks,96,1","staging,69,1","staining,93,1","stainless,79,1,50,1,69,5,57,3,62,3,63,4,64,1,65,1,66,1,70,1,71,3,72,6,73,1,74,4,75,7,76,3,77,2,78,3,83,1,85,1,95,1,96,2,89,3,90,11,97,5,99,4","stains,93,1","stanco,29,2","stand,29,1,70,1","standard,92,1","standards,54,1,78,1","standby,76,1,89,1","stannic,97,1,99,1","stannicchloride,96,1","star,29,1,58,1,70,1","starboard,63,1,74,1","starch,29,2","start,92,1","starts,81,1,88,1","state,47,1,48,1,66,1,95,1,96,1,97,1,99,1","stated,73,1,77,1,84,1,90,1","statements,73,1","states,77,1,78,1,82,1,83,1,86,1,87,1,89,2","stating,77,1","status,73,1","stays,70,1","steadily,75,1,76,1","steam,79,1,14,1,29,1,70,1,95,1,96,1,99,1","stearate,16,1","stearic,15,1,29,1,96,1,97,1,99,2","stearicacid,96,1","stearin,26,3","stearine,12,1","stearyl,12,1,29,1","steel,79,2,50,1,69,6,57,3,62,3,63,4,64,1,65,1,66,1,70,5,71,4,72,9,73,1,74,4,75,8,76,3,77,2,78,5,80,4,83,1,85,1,95,4,96,6,89,3,90,11,92,1,97,8,99,7","sten,58,2","stenersen,58,3","stenstraum,58,1","sterin,26,2","sterolamide,29,1","stick,92,1","stiffener,80,2","stiffeners,80,2","stiffners,80,1","still,57,1,70,1,71,1,81,1,88,1,85,1,86,1,95,1,93,4","stock,10,2,12,3,23,2,15,3,16,1,28,1,29,2,30,2","stockholm,79,1","stocks,15,1,22,1,32,1","stoddard,29,1","storage,7,1,95,2,96,2,97,1,99,1","story,3,1,47,1,48,1,49,1,56,1,64,1,65,1,95,1,96,1,97,1,99,1","stove,29,1","stowage,97,2","straight,10,1,16,1,25,1,29,2","straightrun,29,1","strength,78,2,80,1,95,2,96,1,92,5,93,1,97,2,99,1","strengthened,79,1,76,1,89,1","stress,70,1,92,1","stresses,95,1,96,1,97,1,99,1","stressing,10,1,11,1,12,1,13,1,18,1,19,1,20,1,23,1,14,1,15,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,67,1,97,1","stringent,7,1","stripe,92,1,99,1","strong,78,1,90,2","strongest,95,1","strongsolvents,90,1","structural,70,1","structure,8,4,79,1,38,1,42,1,53,1,75,1,77,1,80,1,95,2,96,5,90,1,97,1,99,5","structures,8,1,38,1,42,1,95,1,96,1,92,1,97,1,99,1","struktol,29,1","studied,54,1","studies,37,2,40,6,60,5,75,1,88,8,82,4,83,4,84,4,85,4,86,4,87,4,89,4,100,6,101,4,104,2","study,57,1,63,3,71,1,72,4,74,3,75,2,78,2","stump,29,1","styrene,29,6","styrol,29,1","styron,29,1","styropol,29,1","styropon,29,1","sub,86,1,95,1,97,1","suberane,29,1","subfreezing,96,1,102,1","subject,95,1,96,1,90,1,92,1,97,1,99,1","subjected,93,1","sublimed,29,1","subsequent,71,1,73,1,75,1,77,1,93,1,97,2","substantial,72,1,75,1,78,1","substitute,30,1,70,1","substituted,10,1","substrate,8,2,80,1,95,1,96,4,97,1,99,4","success,7,1,50,1,66,1,75,1,81,2,88,2,84,1,86,1,87,1,95,1,96,1,97,1,99,1,105,1","successful,54,2,73,1,78,1","successfully,85,1,91,1","succinate,13,2","succinic,29,1","sucoco,29,1","suffer,90,1,93,1","sufferblistering,93,1","sufficient,72,1,75,1","sugar,29,5","suggest,72,1","suggests,72,2,77,1","suitability,61,1,62,1,90,3,92,1,93,1,97,1","suitable,82,1,90,4","suited,73,1","sulf,29,1","sulfamic,14,1","sulfan,29,1","sulfate,13,1,18,2,14,1,25,1,29,1,96,1,97,1,99,1","sulfated,12,1,29,1","sulfhydrate,10,1","sulfide,18,1,29,1,97,1,99,1","sulfite,29,2","sulfocyanate,29,1","sulfolane,29,2","sulfonate,14,1,22,1,26,3,29,4,30,1","sulfone,30,2","sulfonic,11,1,26,1,29,14","sulfonyl,11,1","sulfoxide,13,1","sulfur,12,1,29,3,96,1,97,1,99,1","sulfuretted,29,1","sulfuric,10,1,11,1,12,1,13,1,18,1,19,1,20,1,23,1,14,1,15,2,16,1,17,1,21,1,24,1,22,1,25,2,26,4,27,1,28,1,29,4,30,1,31,1,32,1,33,1,34,1,35,1,36,1,68,1,62,1,67,1,78,2,81,2,88,2,82,1,83,1,85,1,96,1,90,1,93,6,97,3,99,4","sulfuricacid,96,1","sulfuricacid70,96,1","sulfurous,29,3","sulph,11,1,13,1","sulphamic,29,1","sulphate,10,6,18,4,15,1,24,1,22,5,26,1,29,5","sulphide,10,3,12,2,18,1,29,6","sulphite,29,1","sulpho,29,1","sulphocarbonic,29,1","sulpholane,29,1","sulphonate,10,4,12,2,23,1,22,1,26,4,33,1","sulphonic,10,2,22,1,29,1","sulphonicacid,22,1","sulphonyl,11,1","sulphoxaline,29,1","sulphur,10,1,16,2,22,1,29,2,77,1","sulphuric,24,1,26,2,29,8,71,1,75,1,77,1,91,1","sulphurised,29,1","sulphurous,29,1,97,1,99,1","sulphurousacid,96,1","sulphydrate,29,1","summer,56,1,81,2,88,2","sun,22,3,29,2","sundex,22,1,29,2","sunflower,15,1,29,4","sunlight,96,1","sunoco,29,6","sunpar,29,1","sunthene,29,2","super,15,1,26,1,29,1,30,1,67,1,81,1,88,1,85,2","superior,7,2,8,1,10,1,11,1,12,1,13,1,18,1,19,1,20,1,23,1,14,1,15,1,16,1,17,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,66,1,70,1,95,2,96,7,90,1,97,4,99,5","superol,29,1","superphosphoric,29,1","supersol,23,1,29,1","supervised,78,1","supervision,54,1","supplied,5,1,75,1,77,1,95,2,96,2,97,2,99,2","suppliers,70,1,73,1","supported,75,1","suprasec,29,1","surchem,29,1","sure,95,1,96,1,97,1,99,1","surf,92,1","surface,8,1,10,2,11,2,12,2,13,2,18,2,19,2,23,2,14,2,15,2,16,2,17,2,20,2,21,2,24,2,22,2,25,2,26,2,27,2,28,2,29,2,30,2,31,2,32,2,33,2,34,2,35,2,36,2,69,2,63,2,70,3,71,1,72,2,73,2,74,2,75,5,77,3,78,3,81,1,88,1,82,1,83,1,95,3,96,4,89,1,92,3,93,6,97,3,99,3","surfaces,70,3,75,1,77,1","surfonic,29,1","surpassing,96,1,97,1,99,1","survey,68,1,72,3","suspension,95,1,96,1,97,1,99,1","sveva,50,1,58,1,66,4,76,3,77,1,89,6","swedish,92,1","sweet,10,1,25,2,29,1","swelling,93,7","switch,50,1","sym,13,1,29,6","syn,30,2","synperonic,29,1","synprol,15,1,29,1","synth,15,1","synthetic,10,1,23,1,16,1,22,4,29,6","syrup,21,1,26,1,29,1","syrups,29,1","system,5,1,79,5,55,1,68,1,69,2,57,5,59,1,63,2,66,1,70,1,71,3,72,2,73,2,74,2,75,3,76,2,77,3,78,10,81,1,88,1,96,1,93,1,97,1,99,2","systems,7,2,8,1,69,2,70,3,95,1,96,2,97,1","t11,30,1","t18,30,1","t20,30,1","t22,30,1","t80,32,1","ta,15,1","taber,95,1,96,1,97,1,99,1","table,69,1","tactical,7,1","tacum,30,1","take,68,1,69,1","taken,62,1,78,1,95,1,96,1,97,2,99,1","taking,47,1,48,1,70,1","talipli,58,1","tall,15,1,30,8,97,1,99,1","talloil,96,1","tallol,30,1","tallow,23,1,14,1,30,16,97,1,99,1","tallowacid,96,1","tank,5,4,6,4,7,4,8,4,9,4,10,4,11,4,12,4,13,4,18,4,19,4,23,4,79,11,14,4,15,4,16,4,17,4,20,4,21,4,24,4,22,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,6,51,4,52,4,53,4,54,4,55,4,68,5,69,4,56,4,57,8,58,4,59,4,60,4,61,5,62,6,63,8,64,6,65,6,66,5,67,4,70,11,71,10,72,7,73,10,74,8,75,12,76,7,77,7,78,10,80,5,81,7,88,7,82,4,83,4,84,4,85,5,86,4,87,4,95,5,96,5,89,7,90,18,91,4,92,9,93,5,94,4,97,7,98,4,99,5,100,4,101,4,102,4,103,4,104,4,105,4","tanked,63,1,74,1","tanker,5,8,6,8,7,8,8,8,9,8,10,8,11,8,12,8,13,8,18,8,19,8,23,8,79,11,14,8,15,8,16,8,17,8,20,8,21,8,24,8,22,8,25,8,26,8,27,8,28,8,29,8,30,8,31,8,32,8,33,8,34,8,35,8,36,8,37,8,38,8,39,8,40,8,41,8,42,8,43,8,47,8,48,8,49,8,50,10,51,8,52,8,53,8,54,8,55,8,68,10,69,15,56,8,57,8,58,8,59,8,60,9,61,8,62,8,63,11,64,8,65,8,66,10,67,8,70,8,71,11,72,12,73,16,74,11,75,17,76,9,77,14,78,15,80,10,81,10,88,10,82,10,83,9,84,9,85,10,86,8,87,8,95,8,96,8,89,10,90,8,91,8,92,8,93,8,94,8,97,8,98,8,99,9,100,8,101,8,102,8,103,8,104,8,105,8","tankers,9,1,79,1,50,1,54,3,69,3,57,1,58,3,63,1,70,1,71,1,72,1,73,3,74,1,75,7,77,6,78,1,81,1,88,1,83,1,84,2,86,4,87,2,97,2,99,1","tanks,79,5,69,10,57,2,58,1,62,1,63,5,66,1,70,8,71,6,72,6,73,7,74,5,75,13,76,2,77,9,78,10,81,4,88,4,82,1,83,2,84,3,85,4,86,2,87,3,95,4,96,5,89,4,90,9,97,1,99,1","tanktop,82,1,83,1","tannic,13,1,30,1","tannin,30,2","tap,30,1,33,1","tar,12,7,23,1,24,2,25,1,26,2,28,1,30,3,33,1,96,1,97,2,99,2","taracid,96,1","tartaric,30,2","tb,58,1","tc7956,30,1","tce,30,1","tdi,24,1,30,1","teacher,54,1","team,54,4,81,1,88,1","tech,79,1,57,1,73,1","technical,23,1,14,1,29,1,61,1,62,2,73,1,75,1,76,1,86,1,87,1,96,1,90,1,92,1,93,1,97,1","techniques,54,2,70,1","technologically,95,1,96,1,99,1","technologies,6,1,7,1,70,2","technology,8,1,9,1,79,1,69,1,70,9,73,2,77,1,95,2,96,2,97,2,99,1","teefroth,30,1","teel,30,1","teepol,30,2","teg,30,1","tel,30,4","tells,73,1","telone,30,1","temmar,58,2","temp,3,1,96,1,97,1,99,1,100,8,101,8,102,8","temperature,5,4,6,4,7,7,8,4,9,4,10,7,11,7,12,7,13,7,18,7,19,7,23,7,79,4,14,7,15,7,16,7,17,6,20,7,21,7,24,7,22,7,25,7,26,7,27,7,28,7,29,7,30,7,31,7,32,7,33,7,34,7,35,7,36,7,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,6,64,4,65,4,66,4,67,4,70,5,71,4,72,4,73,4,74,6,75,4,76,5,77,4,78,4,80,4,81,4,88,4,82,4,83,4,84,4,85,4,86,4,87,4,95,9,96,10,89,4,90,4,91,4,92,6,93,4,94,5,97,9,98,4,99,11,100,4,101,4,102,5,103,4,104,4,105,4","temperatures,6,1,7,1,8,1,70,1,73,1,87,1,95,3,96,8,97,7,99,6,102,1","tendency,75,1","tensile,76,1,92,1","teranap,30,1","tergitol,30,9","tergitols,22,1,30,1","tergol,29,1","term,7,1,67,1,70,3,77,1","terminals,89,1","termoli,78,1","terms,95,1,96,1,97,1,99,1","terpenes,30,1","terpinenol,30,1","terpineol,30,1","terpodiene,13,1","tert,23,1,14,1,16,1,26,1,30,11","tertiair,14,1","tertiary,23,1","tescol,30,1","test,46,8,48,4,61,6,62,1,80,1,95,3,96,4,90,6,91,5,92,5,93,7,97,3,99,4","tested,10,1,11,1,12,1,13,1,18,1,19,1,23,1,14,1,15,1,16,1,17,1,20,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","testifies,75,1","testimonial,73,1,76,1","testing,7,2,8,1,62,2,78,1,96,1,91,1,93,7,97,1,99,1","tests,7,1,8,1,63,1,73,1,74,1,76,1,80,1,90,3,93,1","teta,30,1","tetra,14,2,30,2,97,2,99,2","tetrabromide,12,1","tetrabromomethane,30,1","tetrachloride,10,1,12,1,23,1,14,1,29,1,30,2","tetrachloro,30,1","tetrachloroacetic,96,1","tetrachloroethane,29,1,30,1","tetrachloroethene,30,1","tetrachloromethane,30,1","tetrachlorosilane,30,1","tetradecanol,30,1","tetradecene,30,2","tetradecylbenzene,30,1","tetraethoxysilane,30,1","tetraethyl,22,1,30,4","tetraethylene,30,2","tetraetyl,16,1","tetrahydride,24,1","tetrahydro,23,1,15,1,30,10","tetrahydrobenzene,30,1","tetrahydroborate,29,1","tetrahydrofuran,13,1,30,1","tetrahydrofurfuryl,30,1,96,1","tetrahydronaphthalene,10,1,30,1","tetrahydrothiophene,30,3","tetralin,30,1","tetraline,30,1","tetramer,26,1","tetramethyl,11,1,30,1","tetramethylbenzene,30,1","tetramethylene,30,5","tetramine,18,2,30,1","tetranap,30,1","tetraphosphor,30,1","tetrapropylbenzene,30,1","tetrapropylene,30,1","tetrapropylenebenzene,30,1","tetrasod,30,1","tetrhydroxy,30,1","tetroxide,13,1","texaco,28,1,29,1,30,8","texanol,30,2","texine,30,1","texoil,16,1","tfi,33,1","th767,30,1","thank,47,1,48,1","thanol,30,1","thecarried,90,1","theobroma,30,1","theoretical,95,1,96,1,97,1,99,1","therefore,90,1,92,1","thereof,95,1,96,1,97,1,99,1","theresa,58,4","thermal,10,1,11,1,12,1,13,1,18,1,19,1,23,1,14,1,15,1,16,1,17,1,20,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,67,1,81,1,88,1,87,1,95,1,96,1,92,1,97,1","thermoset,96,1,99,1","thf,30,1","thfa,30,1","thick,78,1","thickened,30,1","thickness,70,1,78,1,95,1","thinner,23,1,22,1,26,1,70,1","thiocyanate,29,2","thiofaco,30,2","thiol,26,1","thiolane,30,1","thiophene,30,1","third,73,1,81,1,88,1,83,1,95,2,96,2,97,2,99,2","thor,58,1","thoroughly,95,2,96,2,97,2,99,2","those,75,1","though,75,1","threamine,30,1","threat,73,1","three,69,1,63,1,70,1,71,1,73,3,74,1,77,3,78,2,86,1,95,1","through,8,1,54,1,63,1,66,1,72,1,73,1,74,1,75,1,77,1,95,3,96,3,97,2,99,3","throughout,81,2,88,2","thus,30,2,69,1","tide,13,2,31,2","tidewater,30,4","tiglium,30,1","til,30,1","time,79,1,47,1,48,1,63,1,71,1,73,2,74,1,75,1,84,1,95,1,96,4,90,4,97,2,99,2","times,78,1,80,2,95,1,96,1,89,1,97,1,99,1","timespan,71,1","tincal,30,1","tinsley,76,1","tip,95,2,96,2,97,2,99,2","titaantetrachloride,30,1","titanium,30,4","titer,14,1","title,47,1,48,1","titled,62,1,97,1","tl,30,1","tla,22,1","tml,30,1","tmn,30,1","today,6,1,7,2,54,2,68,1","together,78,1,86,1","told,70,3","tolerance,78,1,90,1,92,1","tolerant,70,1","toll,3,1,5,2,6,1,7,1,8,1,9,1,10,1,11,1,12,1,13,1,18,1,19,1,23,1,79,1,14,1,15,1,16,1,17,1,20,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,37,1,38,1,39,1,40,1,41,1,42,1,43,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,68,1,69,1,56,1,57,1,58,1,59,1,60,1,61,1,62,1,63,1,64,2,65,1,66,1,67,1,70,1,71,1,72,1,73,1,74,1,75,1,76,1,77,1,78,1,80,1,81,1,88,1,82,1,83,1,84,1,85,1,86,1,87,1,95,1,96,1,89,1,90,1,91,1,92,1,93,1,94,1,97,1,98,1,99,1,100,1,101,1,102,1,103,1,104,1,105,1","toluene,10,1,24,1,25,1,26,4,30,6,95,1,96,3,97,4,99,4","toluenediamine,96,1","toluic,10,1","toluidine,23,1,25,1,30,1","toluol,30,1,96,1,97,1,99,1","tolyl,25,1,26,1,30,2","tolylethylenes,30,1","tons,76,1","tony,54,7","tool,1,1,2,1,3,1","top,57,1,73,1,78,1","topanel,30,1","tops,78,1,85,1","topwhite,30,1","torched,80,1","torsion,70,1","total,52,1,69,1,75,2,77,2,78,1","totaling,73,1","totally,78,1","touch,90,2","tough,68,1,77,1","toughest,68,1,80,1","toughness,10,1,11,1,12,1,13,1,18,1,19,1,23,1,14,1,15,1,16,1,17,1,20,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,80,3,95,1,96,2,97,1,99,2","toxicity,22,1","toxilic,30,1","tra,30,1","traces,97,1","track,54,2","tractor,14,1","trade,62,1,73,4,76,1,97,1","traded,70,2","trader,76,1","traditional,62,1,90,3,92,1,97,1","traditionally,77,1","training,54,2","trans,13,1,18,1","transformer,23,1,29,1,30,1","transitioned,54,1","translates,95,1,96,1,97,1,99,1","transmission,30,1","transport,3,1,5,4,6,4,7,4,8,4,9,4,10,4,11,4,12,4,13,4,18,4,19,4,23,4,79,5,14,4,15,4,16,4,17,4,20,4,21,4,24,4,22,4,25,4,26,4,27,4,28,4,29,4,30,4,31,4,32,4,33,4,34,4,35,4,36,4,37,4,38,4,39,4,40,4,41,4,42,4,43,4,47,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,68,4,69,4,56,4,57,4,58,4,59,4,60,4,61,4,62,4,63,4,64,5,65,4,66,4,67,4,70,4,71,4,72,4,73,4,74,4,75,4,76,4,77,4,78,5,80,4,81,5,88,5,82,4,83,4,84,4,85,4,86,4,87,4,95,4,96,4,89,4,90,4,91,4,92,4,93,4,94,4,97,4,98,4,99,4,100,4,101,4,102,4,103,8,104,8,105,13","transportation,1,1,2,1,7,1,56,1,73,1,75,1,76,1,77,1,81,1,88,1,90,2,94,1,105,4","transporting,78,1","transshipment,82,1","transverse,80,4","tranverse,80,1","treated,63,2,71,2,72,2,73,2,74,2,75,2","treatment,72,1,73,1,75,1","tremendous,68,1,81,1,88,1,95,1,96,1,97,1,99,1","trend,79,1,57,1,76,1","tri,10,2,16,1,30,10","triacetate,16,1","triacetic,15,1,24,1","triacetin,16,1,30,1","triacetyl,30,1","trialkyl,30,1","trialkylacetic,16,1","triamine,13,1","triaryl,30,1","tribasic,30,1","tributyl,10,1,26,1,30,1","tributylethylhexyl,30,1","tricarboxylic,11,1","trichloethane,10,1","trichlorethane,30,1","trichloride,10,1,23,2,15,1,30,1,32,1","trichloro,30,1","trichlorobenzene,30,4","trichloroethane,11,1,30,2,32,1","trichloroethene,30,1","trichloroethylene,30,1","trichlorofluoro,23,1","trichlorofluoromethane,30,1","trichloroform,30,1","trichloromethane,30,1","trichloropropane,30,2","tricks,73,1","tricresol,30,3","tricresyl,30,2","tridecane,24,1,22,1,30,1","tridecanoic,30,1","tridecanol,30,2","tridecene,30,3","tridecyl,24,1,30,1","tridecylacetic,16,1","tridecylbenzene,30,1","tridecylethanoic,30,1","tridimethyl,30,1","triethanol,30,3","triethyl,11,1,26,1,30,3","triethylbenzene,30,1","triethylene,13,1,30,7","triethylpentanediol,30,1","trifluoro,30,1","trigen,30,1","triglyceride,25,1","triglycol,23,1,14,1,30,1","trihydroxypropane,30,1","trihydroxytriethyl,30,1","triisobutylene,30,1","triisopropanol,30,1","trilon,30,1","trimer,10,1,26,2,30,1","trimethyl,10,1,11,1,23,1,26,1,30,12","trimethylamine,30,1","trimethylbenzene,29,1,30,2","trimethylbenzol,30,1","trimethylcarbinol,30,1","trimethylcyclohexanol,30,1","trimethylene,10,1,30,2","trimethylethylene,30,1","trimethylhexamethylene,30,2","trimethylhexane,13,1","trimethylolpropane,30,3","trimethylpentane,30,1","trimethylpentene,30,1","trimethyltrioxymethylene,30,1","trimetylpentanediol,30,1","trinitrate,10,1","trinity,58,1","trioctyl,11,1","triol,18,1","triolein,30,1","triols,24,1","trioxane,30,1","trioxide,12,3,29,1","trioxitol,30,1","trip,68,1,73,1","tripolyfosfaat,26,1","tripropylene,30,5","tripropylenebenzene,30,1","trips,82,1","tris,26,1,30,1","trisdichloropropyl,30,1","trisod,30,1","trisodium,24,1,30,2","tritolyl,26,1,30,1","tritolylphosphate,30,1","triton,30,1","trixylenyl,30,1","trixylyl,30,1","tros,30,3","trouble,70,1","true,70,1","tsp,30,1","tt,10,1,30,4","ttp,30,1","tucum,30,1","tufflo,30,3","tuna,30,1","tung,25,1,30,1","tunny,30,1","tuntiga,58,1","turb,30,1","turbine,30,3","turbo,26,1,30,2","turkey,3,1,30,1,54,3,56,2,58,73,81,6,88,6","turkish,3,1,56,1,81,2,88,2","turkiye,54,2","turn,10,1,11,1,12,1,13,1,18,1,19,1,23,1,14,1,15,1,16,1,17,1,20,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,52,1,63,1,71,1,74,1,75,1,97,1","turnaround,71,1,73,1,78,1,81,1,88,1,82,2,85,1,87,1,89,1","turnarounds,63,1,74,1","turning,81,1,88,1","turnround,75,1","turpentin,32,1","turpentine,16,2,25,1,29,2,30,5,33,1","turps,30,1","tvk,58,1","twice,71,1,72,1,75,1,78,1","twin,79,1","twisted,80,2","two,69,2,70,3,71,1,72,1,73,2,75,3,77,3,87,1,95,2,96,3,92,1,97,2,99,3","txp,30,1","type,12,3,79,2,22,1,29,2,30,4,70,1,76,1,78,1","types,72,1,76,1,80,1,81,1,88,1,89,1","typical,95,1,96,1,97,1,99,1","ucar,31,1","uf,31,2","ufacid,31,1","ultra,78,1","un,10,1,11,1,12,1,13,1,18,1,19,1,23,1,14,1,15,1,16,1,20,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1","und,79,2","undecane,24,1,31,1","undecanoic,31,1","undecanol,13,1,14,1,31,1","undecanone,31,1","undecene,31,1","undecyl,24,1,31,1","undecylbenzene,31,1","under,10,1,11,1,12,1,13,1,18,1,19,1,23,1,14,1,15,1,16,1,17,1,20,1,21,1,24,1,22,1,25,1,26,1,27,1,28,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,69,1,63,1,67,1,74,1,75,2,77,1,78,1,80,1,95,6,96,6,97,6,99,5,105,1","undergoing,73,1","underguard,96,1","underrusting,92,1","understand,73,2","undertaken,63,1,71,1,74,1,75,1,78,1","undetected,90,1","unexpected,73,1","unfinished,24,3,31,3","uni,22,1","unifat,30,1,31,1","unifleet,58,2","unifol,31,2","uniform,95,2,96,2,97,2,99,2","unihibited,23,1","union,14,1,30,1","unique,6,1,8,1,38,1,42,1,53,1,66,1,70,1,73,1,77,1,81,1,88,1","unit,95,2,96,2,97,2,99,2","univolt,31,1","unleaded,16,2,26,1,28,2,31,1","unlike,75,1,95,1,96,1,97,1,99,1","unlimited,62,1,90,2,97,1","unloading,90,1","unparalleled,70,1,90,1","unslaked,31,1","unsuitable,62,1,90,1,97,1","unsym,31,1","until,75,1,77,1,95,2,96,2,97,2,99,2","untreated,12,1","untruthful,73,1","unusual,80,1","upgrade,69,1,73,1,78,3,84,1","upgraded,69,1,63,1,70,1,71,1,73,2,74,1,84,1,85,1","upgrading,63,1,72,1,73,3,74,1,75,2,77,1,84,1,85,2","upon,71,1,75,1,95,2,96,2,97,2,99,2","uran,31,2","urea,10,1,15,1,26,1,31,18,97,1","ureum,31,1","ursa,58,1","us0,75,3","us1,75,1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APC Products... MarineLine Siloxirane RaiLine GuardLine PowerLine Specialty Products Cost Analysis Tool Your savings are calculated showing the benefits of using APC’s MarineLine Coating and your potential profit is then highlighted. Application Specifications MSDS for Advanced Polymer Coatings Home | About Us | News | Contact Us | Marine | Transportation | Chemical Processing | Pulp and Paper | Waste Water | Power | Floors | Specialty Products |",16);arrFiles[1]=new Array(2,"auth_only_orignal.asp","2005-09-21","Advanced Polymer Coatings","","","Navigate the APC Site quickly using the pull-down menu... APC Products... MarineLine Siloxirane RaiLine GuardLine PowerLine Specialty Products Cost Analysis Tool Your savings are calculated showing the benefits of using APC’s MarineLine Coating and your potential profit is then highlighted. Application Specifications MSDS for Advanced Polymer Coatings Home | About Us | News | Contact Us | Marine | Transportation | Chemical Processing | Pulp and Paper | Waste Water | Power | Floors | Specialty Products |",16);arrFiles[2]=new Array(3,"index.asp","2005-09-21","APC ","","","PRODUCT SEARCH Please select the appropriate marekt or product , or search site. Market: ---Select One---- Marine Transport Chemical Process High Temp Apps Concrete Protect Product: --- Select One --- MarineLine ChemLine 784/31 ChemLine 784/32 RaiLine Search Site: Cost Analysis Tool Login for Existing Users Then	Response.Write & sErrorMsg &	End If% user name password New Users - register here MSDS & Specs A 45 second clip from the MarineLine movie. ( Flash Player 7 required . Free Windows or MAC Flash Player 7 link.) See complete MarineLine movie . TURKISH DELIGHT! 50 Ships Now Coated With High Performance Marineline® In Turkey Since First Ship There Coated In 2001. Click here for story . Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",24);arrFiles[3]=new Array(4,"Login_hm.asp","2005-09-21","Cost Analysis - Login","","","Login for Existing Users Then	Response.Write & sErrorMsg &	End If% Login: Password: New Users - Click here.",1);arrFiles[4]=new Array(5,"msds_apps.asp","2005-09-21","Advanced Polymer Coatings - MSDS","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","For complete MSDS and Application Specs, contact Advanced Polymer Coatings at (440)937-6218 or toll free at (800)334-7193. -or-Download supplied MSDS and Application Specs information. Note that these files are PDF format. You will require Acrobat Reader installed on your system in order to read these files. The Acrobat Reader is available for no charge, at the Adobe Web Site. Download Adobe Acrobat Reader MSDS MarineLine MSDS Application Specs MarineLine Specs for Newbuilds MarineLine Specs for Older Ships Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",22);arrFiles[5]=new Array(6,"about/about.asp","2005-09-21","About Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","History & Background of Advanced Polymer: Polymer-Based Technologies Are Providing New Solutions For Today \'s Far-Reaching Industrial Corrosion Resistance Concerns. Siloxirane® Polymer: The Unique Performance Of Siloxirane Siloxirane is resistant to 98% of all corrosive acids, alkalis, solvents, gasses and materials at various temperatures. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",24);arrFiles[6]=new Array(7,"about/history.asp","2005-09-21","History of Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","POLYMER-BASED TECHNOLOGIES ARE PROVIDING NEW SOLUTIONS FOR TODAY \'S FAR-REACHING INDUSTRIAL CORROSION RESISTANCE CONCERNS. Advanced Polymer Coatings Ltd., (APC) has emerged as an innovative leader by developing patented Siloxirane® polymer resins and forging these resins into hard-working corrosion control solutions. APC is based in Avon, Ohio, near the heart of the world \'s leading polymer research centers and testing facilities. Originally APC began operations by developing a cross-linked organic-inorganic polymer used in high temperature performance composite parts, prepregs and coatings for the aerospace industry. This superior polymer has been specified in a range of stringent parts requirements for advanced tactical missiles, aircraft parts, space hardware, ordnance, electronics and other performance applications. Based on this success with engineered polymers, the company attacked problems in other industries focusing on the corrosive deficiencies of conventional protective coatings and linings. Today, APC manufactures a full range of Siloxirane lining and coating systems, geared to meet demanding industrial requirements for corrosion, high temperature and abrasion resistance. These polymer coatings are highly effective against extreme corrosion and erosion, with a temperature resistance capability up to 550°F (288°C). The APC family of coatings provides long-term, cost-effective protection of equipment used in chemical, petro-chemical, storage/ secondary containment, flooring, power generation, marine, railroad and over-the-road transportation industries. Siloxirane is resistant to 98% of all corrosive acids, alkalis, solvents, gasses and materials at various temperatures. Our polymer scientists have conducted over 5,000 chemical and physical tests of Siloxirane resin and coating systems. In applications testing of Siloxirane versus conventional coatings such as vinylesters, Hi build epoxies, rubbers and Hi bake phenolics, Siloxirane proved superior in virtually all performance aspects, and in economic cost comparisons. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",27);arrFiles[7]=new Array(8,"about/silox.asp","2005-09-21","Siloxirane Polymer from Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","THE UNIQUE PERFORMANCE OF SILOXIRANE The Technology; Epoxies, Vinylesters and ChemLine - MarineLine - RaiLine Form 3 Dimensional Screen-Like Structures when Cured The Greater the Distance Between the Crosslinks, the Greater the Permeation Causing Chemical Attack and Absorption Problems with Epoxies Only 2 functionality High concentration of Hydroxyl (OH) groups allowing attack by acids and solvents Large opening between epoxy groups allowing penetration Vinylester’s and Epoxy’s Open Screen Structure 784’s Closed Screen Structure AGGRESSIVE CHEMICAL MOLECULES PENETRATE INTO AND THROUGH THE POLYMER GROUPS ATTACKING BOTH THE INNER POLYMER STRUCTURE AND THE SUBSTRATE. AGGRESSIVE CHEMICAL MOLECULES CANNOT PENETRATE THE HIGH DENSITY SURFACE. INNER POLYMER STRUCTURE AND SUBSTRATE PROTECTED FROM CHEMICAL ATTACK. Siloxirane is resistant to 98% of all corrosive acids, alkalis, solvents, gasses and materials at various temperatures. Our polymer scientists have conducted over 5,000 chemical and physical tests of Siloxirane resin and coating systems. In applications testing of Siloxirane versus conventional coatings such as vinylesters, Hi build epoxies, rubbers and Hi bake phenolics, Siloxirane proved superior in virtually all performance aspects, and in economic cost comparisons. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",26);arrFiles[8]=new Array(9,"apc_powerpoint/pages/pg1.asp","2005-09-21","APC Presentation","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advanced Polymer Coatings Presentation Protecting Maritime Chemical Tankers And Their Cargoes Using Aerospace Technology Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",32);arrFiles[9]=new Array(10,"charts/aa.asp","2005-09-21","APC Chemical Resistance Guide - A","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo /Product Temperature Rating A A,A,A-TRIMETHYL TRIMETHYLENE GLYCOL A AA A 1170 ABSOLUTE ETHANOL A ABSORBENT A1 A ABSORBENT A3 A ABSORBENT A4 A ABSORBENT A6 A ABSORBENT E1 A ABSORBENT E2 A AC A AC-45-C A ACAJOUNUT OIL A 1088 ACETAL A 1089 ACETALDEHYDE A ACETALDEHYDE TRIMER A 1088 ACETALDHEYDE DIETHYL ACETAL A ACETALDOL A ACETATE C-8 A ACETATE CYCLOHEXANOL A ACETATE OF ADRONAL A ACETATE OF HEXALINE A 1220 ACETATE OF ISOPROPYL A 1231 ACETATE OF METHYL A 1276 ACETATE OF PROPYL A ACETENE A 1123 ACETIC ACID 1-METHYLPROPYL ESTER A 1213 ACETIC ACID 2-METHYLPROPYLESTER A ACETIC ACID ALLYL ESTER A 1104 ACETIC ACID AMYL ESTER A 1123 ACETIC ACID BUTYL ESTER A ACETIC ACID CHLORIDE A ACETIC ACID DIMETHYLAMIDE A ACETIC ACID DIMETHYLAMIDE <40% A 1301 ACETIC ACID ETHENYL ESTER A 1173 ACETIC ACID ETHYL ESTER A 2789 ACETIC ACID GLACIAL A 1213 ACETIC ACID ISOBUTYLESTER A 1104 ACETIC ACID ISOPENTYL ESTER A 1220 ACETIC ACID ISOPROPYL ESTER A 1231 ACETIC ACID METHYL ESTER A ACETIC ACID PENTYL ESTER A 1276 ACETIC ACID PROPYL ESTER A 1123 ACETIC ACID SEC-BUTYL ESTER A 1301 ACETIC ACID VINYL ESTER A 2790 ACETIC ACID WATER SOLUTIONS A 10898 ACETIC ALDEHYDE A 1173 ACETIC ESTER A 1173 ACETIC ETHER A 1715 ACETIC OXIDE A ACETIDIN A ACETOACETIC ACID ETHYL ESTER A ACETOL A 1090 ACETONE A 1541 ACETONE CYANOHYDRIN A 1648 ACETONITRILE A ACETOPHENONE (PHENYL METHYL KETONE) A ACETOXYETHANE A ACETOXYETHYLENE,1- A ACETOXYPROPANE,1- A ACETOXYPROPANE,2- A 1717 ACETYL CHLORIDE A 1715 ACETYL OXIDE A ACETYL TRIBUTYL CITRATE A ACETYLBENZENE A ACETYLENE DICHLORIDE A ACETYLENE GAS A 1702 ACETYLENE TETRACHLORIDE A ACID MIXTURES (NITRATING ACID) A ACIDULATED OILS (SOAP STOCK) A (100) ACIDULATED VEGETABLE OILS A (100) ACINTOL A ACRALDEHYDE A 2218 ACROLEIC ACID A 1092 ACROLEIN A ACROLEIN, 2-ETHYL-3-PROPYL- A ACROPOL (MIXED LINEAR ALCOHOLS) A 1092 ACRYLALDEHYDE A 2074 ACRYLAMIDE SOLN,50%OR LESS A ACRYLAMIDE SOLUTIONS BELOW 50% A 2218 ACRYLIC ACID (GLACIAL) A 1917 ACRYLIC ACID ETHYL ESTER A 2527 ACRYLIC ACID ISOBUTYL ESTER A 1919 ACRYLIC ACID METHYL ESTER A ACRYLIC ACID METHYLHEXYL ESTER A 2248 ACRYLIC ACID N-BUTYL ESTER A ACRYLIC ALDEHYDE A ACRYLIC AMIDE SOLN BELOW 50% A ACRYLIC LATEX A ACRYLIC LATEX pH 0-5 OR 9-14 A ACRYLIC LATEX pH 0-6.5,9.5-14 A ACRYLIC LATEX pH 6.5-9.5 A ACRYLOBUTYLIC ESTER,MONOMER A 1093 ACRYLONITRILE A ADC 100 (MOBIL LUBE ADDITIVE) A (100) ADIPIC ACID DIDECYL ESTER A ADIPIC ACID DIETHYL ESTER A ADIPIC ACID DIISONONYL ESTER A ADIPIC ACID DIISOOCTYL ESTER A ADIPIC ACID DIMETHYL ESTER A ADIPIC ACID DINITRILE A ADIPIC ACID OCTYLDECYL ESTER A (100) ADIPIC ACID DI (2-ETHYLHEXYL) ESTER A 2205 ADIPONITRILE A ADIPYL DINITRILE A ADLACIDE 10% A ADRONAL A ADRONOL ACETATE A AERO SHELL 0-120 A AEROFLOAT 208 (ARYL DITHIOPHOSPHORIC ACID) A AEROSIL A AEROSOL C-61 CATIONIC A AEROTHENE TT A AGENT 504 A AGRICULTURAL KEROSINE A AGROXON 50 A AGROXON GASOLINE A AIR FIXE GAS A AIRCRAFT GASOLINE A AIRFLEX SYNTHETIC LATEX A AIRTURBO FUEL A 1223 ALADDIN KEROSINE A ALBO-CARBON A ALCOHOL (C12-C15) POLY(1-3)ETHOXYLATES A ALCOHOL (C6-C17)(SEC) POLY(3-6)ETHOXYLATES A ALCOHOL C-10 A ALCOHOL C-11 A ALCOHOL C-12 A ALCOHOL C12-C15) POLY(3-11)ETHOXYLATES A ALCOHOL C-16 A 1120 ALCOHOL C-4 A ALCOHOL C-7 A ALCOHOL C7, C8, C9 INDV & MIXTURE A ALCOHOL C-9 A 1170 ALCOHOL DEHYDRATED A ALCOHOL ETHOXYLATE (C6-C17 SEC) A ALCOHOL ETHOXYLATE (HIGHER AERONDARY) A ALCOHOL OF SULPHUR A 1120 ALCOHOL, BUTYL- A ALCOHOL, C-12 A 2282 ALCOHOL, C-6 A ALCOHOL, NONYL- A 1105 ALCOHOL, PENTYL- A 1274 ALCOHOL, PROPYL- A ALCOHOL,INDUSTRIAL A ALCOHOLIC BEVERAGES A ALCOHOLIC LYE A ALCOHOLS C10, C11, C12 INDV. & MIXTURE A ALCOHOLS C13 AND ABOVE A ALCOHOLS C13 AND ABOVE IND A ALCOHOLS C4,C5,C6 MIXT. A ALCOHOLS C4,C6,C8 MIXT A ALCOHOLS C4-C6 MIXTURE A ALCOHOLS C5,C6 INV ALCOHOLS A ALCOHOLS ETHOXYLATE (HIGHER SEC) A 2300 ALDEHYDE COLLIDINE A 2300 ALDEHYDINE A ALDOL A ALFANOL 79 A (100) ALFANOLS (ALCOHOL PLASTICIZER) A (100) ALFA-OLEFINS (C6-C18) MIXTURES A ALFOL (FATTY ALCOHOLS) NUMBER:6 TO 32 A (100) ALFOL BLEND (ALCOHOL BLENDS) A (60) ALFOL PHTALATE A (100) ALFOL PHTALATE 610P A (100) ALFOL PHTALATE 810P A (100) ALIPHATIC ESTERS A ALIPHATIC HYDROCARBONS A ALIZARIN ASSITANT A ALIZARIN OIL A ALK56 A ALKALATE A ALKALI SOYBEAN OIL (SEE SOYBEAN OIL, REF A (100) ALKANE 56 A ALKANE(DODECYL BENZENE) A ALKANES A ALKANOL B A ALKANOL B & BG (SODIUM ALKYL NAPHTHALENE A ALKANOL BG A ALKANOL S (TETRAHYDRONAPHTHALENE SODIUM A ALKARYL POLYETHER (C9-C20) A ALKARYLSULPHONIC ACID (C16-C60) A ALKATERGE C A ALKATERGE T A ALKENES A 1710 ALK-TRI (TRI CHLOR ETHYLENE) A ALKYL (C9-C17) BENZENE A ALKYL ACRYLATE VINYL PYRIDINE COPOLYMER A ALKYL AMINE MIXTURES A ALKYL CHLORIDE A ALKYL DITHIOTHIADIAZOLEC (C6-C24) A ALKYL ESTER COPOLYMER (C6-C18) A ALKYL PHENOL SULPHIDE (C8-C40) A ALKYL PHOSPHATE A ALKYL PHTHALATE A ALKYLATE (GASOLINE BLENDING STOCK) A ALKYLATE 122 (SEE DODECYL BENZENE) A ALKYLATE 130 (MONSANTO) A ALKYLATE 215 A ALKYLATE 225 A ALKYLATE 230 A ALKYLATE BOTTOM (DODECYL BENZENE) A ALKYLATE DETERGENT A ALKYLATE(ALKYL SUBSTITUTED AROMATIC) A ALKYLATES A ALKYLATES-FUEL A ALKYLBENZENE A ALKYLBENZENE SULPHONATE A ALKYLBENZENE SULPHONATE (BRANCHED CHAIN) A ALKYLBENZENE SULPHONATE (STRAIGHT CHAIN) A ALKYLBENZENE SULPHONIC ACID A ALKYLBENZENE SULPHONIC ACID SODIUM SALT A ALKYLBENZOL A ALKYLDITHIOTHIADIAZOLE C6-C24) A ALKYLESTER COPOLYMER (C6-C18) A ALKYTOL FF A 2333 ALLYL ACETATE A 1098 ALLYL ALCOHOL A ALLYL ALDEHYDE A 1100 ALLYL CHLORIDE A 1992 ALLYL CYANIDE A ALLYL ISOTHIOCYANATE,INHIBIT A 1545 ALLYL ISOTHIOCYANATE,STABILIZED A ALLYLENE DICHLORIDE A ALLYLMUSTARD OIL A ALMOND ARTIFICAL ESSENTIAL OIL A ALMOND OIL A ALMOND OIL (BITTER) A ALMOND OIL (EXPRESSED) A ALMOND OIL (SWEET) A ALPHA HYDROCARBONS A 1541 ALPHA HYDROXYISOBUTYRONITRILE A ALPHA HYDROXYPROPIONIC ACID A ALPHA HYDROXYPROPIONIC ACID 10 AND 20% A ALPHA HYDROXYPROPIONIC ACID 5% A 2303 ALPHA METHYLSTYRENE A ALPHA OLEFIN C-10/15 A ALPHA OLEFIN C-15/18 A ALPHA OLEFIN C-6/7 A ALPHA OLEFIN C-7/14 A ALPHA OLEFIN C-7/8 A ALPHA OLEFINS A ALPHA PINENE A ALPHA,GAMMA-DICHLOROPROPYLENE A ALPHA-BUTYROLACTONE A ALPHA-CHLORO TOLUENE A ALPHA-CHLOROALLYLCHLORIDE A ALPHA-CHLOROBENZALDEHYDE A ALPHA-DIISOBUTYLENE A ALPHA-EPICHLOROHYDRIN A ALPHA-HYDROXYTOLUENE A ALPHANOL A ALPHANOL-79 A ALPHA-OLEFINS (C16-C18) A ALPHA-OLEFINS (C6-C8) MIXTURES A ALPHA-OLEFINS(C6-C18)MIXTURES A ALPHA-TOLUIC ALDEHYDE A ALPHA-TRICHLOETHANE A ALUM 15%SOLN A ALUM POTASH A ALUM POTASH 20% A ALUM SOLUTION 15% A ALUM SOLUTION 35% A ALUMINIUM CHLORIDE 10% A ALUMINIUM CHLORIDE 30% A ALUMINIUM HYDROXIDE DRY A ALUMINIUM NITRATE 80% A ALUMINIUM OXIDE A ALUMINIUM SULPHATE 10% A ALUMINIUM SULPHATE 30% A ALUMINIUM SULPHATE SOLN A ALUMINIUM SULPHATE SOLN (25%OR MORE) A ALUMINIUM SULPHIDE 100% A ALUMINIUM TRICHLORIDE A ALUMINIUM TRINITRATE 80% A ALUMINIUM(1,1,1)NITRATE(1:3) 80% A ALUMINUM HYDROXIDE A AMASIL A AMASIL 10% (WATER) A AMINES A AMINO ALCOHOL A AMINO CAPROIC LACTAM (CAPROLACTAM) A AMINO-2,6-DIMETHYLBENZENE,1- A AMINO-2-METHYL PROPANE,1- A AMINO-2-METHYL-1-PROPANOL,2- 90%OR LESS A AMINO-2-METHYL-1-PROPANOL,2-(<90%) A AMINOBENZENE A AMINOBUTANE,1- A 2733 AMINOBUTANE,2- A AMINOCAPROIC LACTAM A AMINOCAPROIC LACTAM 50% A AMINOCAPROIC LACTAM 60% A AMINOCAPROLACTAM A 2357 AMINOCYCLOHEXANE (CYCLOHEXYLAMINE) A 1036 AMINOETHANE A 2270 AMINOETHANE SOLN (72%OR LESS) A 2491 AMINOETHANOL,2- A 3055 AMINOETHOXYETHANOL A AMINOETHYLETHANE DIAMINE A AMINOETHYLETHANOL AMINE A AMINOFORM (70% IN WATER) A AMINOFORM SOLNS A AMINOHEXAHYDROBENZENE A 1235 AMINOMETHANE A AMINOPENTANE,1- A 1547 AMINOPHEN A 1277 AMINOPROPANE,1- A 1221 AMINOPROPANE,2- 100% A 1221 AMINOPROPANE,2- 50% A AMINOPROPANOL-2,1- A 1005 AMMONIA -- 2672 AMMONIA 10% A 2672 AMMONIA 25% A 1005 AMMONIA ANHYDROUS - AMMONIA AQUA 26 DEGREES BE A 1005 AMMONIA AQUEOUS A 2672 AMMONIA AQUEOUS 28% OR LESS A AMMONIA FERTILIZER SOLUTIONS A AMMONIA FORMALDEHYDE (70% IN WATER) A 1005 AMMONIA GAS A AMMONIA HYDRATE A AMMONIA LIGNO SULPHONATE A (60) 1005 AMMONIA LIQUIFIED - AMMONIA LIQUOR A AMMONIA SOLUTION A AMMONIA SULPHATE SOLN A 2683 AMMONIA SULPHIDE SOLN (45% OR LESS) A AMMONIUM BASE LIGNOSULFONATE A (60) AMMONIUM BISULFIDE 45% A AMMONIUM CARBONATE 50% A 2672 AMMONIUM HYDRATE 10% A AMMONIUM HYDROGEN PHOSPHATE A AMMONIUM HYDROGEN PHOSPHATE SOLN A AMMONIUM HYDROSULFIDE 45% A AMMONIUM HYDROSULFIDE SOLN(45% OR LESS) A 1005 AMMONIUM HYDROXIDE A 2672 AMMONIUM HYDROXIDE 10% A AMMONIUM LIGNOSULPHONATE A (60) AMMONIUM NITRATE (93%OR LESS) A AMMONIUM NITRATE 10% A AMMONIUM NITRATE 30% A AMMONIUM NITRATE 50% A AMMONIUM NITRATE SATURATED SOLUTION A AMMONIUM NITRATE/UREA/WATER A AMMONIUM NITRATESOL BELOW 93% A AMMONIUM PHOSPHATE 40% A AMMONIUM SULFHYDRATE 45% A AMMONIUM SULPHATE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",81);arrFiles[10]=new Array(11,"charts/bb.asp","2005-09-21","APC Chemical Resistance Guide - B ","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating B B.T.X. PETROLEUM SOLVENT A BABASSU OIL A BALLAST WATER A 1104 BANANA OIL A BANANA PALM SPRAY OIL A BARIUM LONG CHAIN ALKARYL SULPH (C11-C50) A BASE OIL, ANIMAL A (100) BASE OIL: PETROLEUM A BASE OIL: VEGETABLE A (100) BASE OIL: WHITE (PETROLATUM LIQUID) A BBP A 2050 B-DIISOBUTYLENE A BEECHNUT OIL A (100) BEER A BEET MOLASSES A (100) BENNE OL A (100) 1990 BENZALDEHYDE (BENZYLIDINE AZINE) A 1114 BENZENE A BENZENE ACETATE A 1547 BENZENE AMINE A BENZENE CARBONAL A BENZENE CARBONYL CHLORIDE A BENZENE CARBOXYLIC ACID A BENZENE CARBOXYLIC ACID 10% A BENZENE CARBOXYLIC ACID 10% IN WATER A 1134 BENZENE CHLORIDE A 1114 BENZENE FOR NITRATION A 1114 BENZENE INDUSTRIAL A BENZENE MIXTURES 10% OR MORE BENZENE A BENZENE ÔCRUDEÕ A BENZENE SULFONIC CHLORIDE A 2225 BENZENE SULFONYL CHLORIDE A BENZENE,(1-METHYLETHYL)- A BENZENE,(CHLOROMETHYL)- A BENZENE,1,2,3,5-TETRAMETHYL- A BENZENE,1-ISOPROPYL-4-METHYL- A BENZENE,DODECYL- A BENZENE,O-DICHLORO- A BENZENE,PROPENYL- A BENZENE,TRIETHYL- A BENZENE,TRIMETHYL- A BENZENE,VINYL- A BENZENES SULPHONYL ACETATE A 2225 BENZENESULPHONYL CHLORIDE A BENZENETETRAHYDRIDE A BENZIN A BENZINE TRICARBOXYLIC ACID TRIOCTYL EST A BENZINOFORM A BENZINUM PURIFICATUM A BENZOFURAN OILL A BENZOIC ACID A BENZOIC ACID 10% A BENZOIC ACID CHLORIDE A BENZOIC ACID METHYL ESTER A BENZOIC ALDEHYDE A BENZOL A BENZOLENE A BENZOLINE A BENZOPHENOL A BENZOPHENON A 1936 BENZOYL CHLORIDE A BENZOYLHYDRIDE A BENZYL ALCOHOL A 1738 BENZYL CHLORIDE A 1738 BENZYLCHLORID A BERTHOLITE - BETA,BETA-DIHYDROXYDI-N-PROPYLETHER A BETA-BUTENE A BETA-BUTYLENE A BETA-BUTYLENE GLYCOL A BETA-DIISOBUTYLENE A BETA-ETHOXYETHYL METHACRYLATE A BETA-METHACRYLIC ACID A BETA-METHYL NAPHTHALENE A BETA-METHYLBIVINYL A BETA-METHYLSTYRENE A BETA-PHENYLPROPYLENE A BETA-PHENYLPROPYLENE(INHIBITED) A BETASSE pH 3-4 A (100) BETA-TRICHLOROETHANE A BETHOLITE GAS - B-ETHOXYETHYL METHACRYLATE A B-ETHOXYETHYL METHACRYLATE MONOMER A BFV A BIBENZENE A BICHROMATE OF SODA A BIFORMYL A BIFORMYL 25% (WATER) A BIFORMYL 40% (WATER) A BIHEXYL A BIOCIDE A BIPHENYL A BIPHENYL (CHLORINATED) A BIS(2-AMINOETHYL) AMINE A BIS(2-CHLOROETHYL) ETHER A BIS(2-CHLORO-ISOPROPYL)ETHER A BIS(2-HYDROXY-DIETHYL) AMINE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",40);arrFiles[11]=new Array(12,"charts/cc.asp","2005-09-21","APC Chemical Resistance Guide - C","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating C C.I. SOLVENT BLACK 5 A CACAO BUTTER A (100) CACAO OIL A (100) CACAONUT OIL A (100) CAJEPUT OIL A CAJEPUTENE A CALCIUM ALKARYL SULPHONATE (C11-C50) A CALCIUM ALKYL CYLATE A CALCIUM ALKYL PHENATE (C8-C40) A CALCIUM ALKYL PHENATE SULPHIDE (C8-C40) A CALCIUM ALKYL SALICYLATE A CALCIUM ALKYL SALICYLATE (C13+) A CALCIUM BROMIDE 58% A CALCIUM BROMIDE SOL A CALCIUM BROMIDE/ZINCBROMIDE MIXT SOLN A CALCIUM CARBONATE SLURRY A CALCIUM CHLORIDE (SATURATED) A CALCIUM CHLORIDE SOLN A CALCIUM CHLOROHYDROCHLROITE 15% A CALCIUM HYDRATE A 3262 CALCIUM HYDROXIDE A CALCIUM HYDROXIDE 10% A CALCIUM HYDROXIDE 30% A CALCIUM HYDROXIDE 50% A CALCIUM HYDROXIDE SLURRY A CALCIUM HYDROXIDE SOLN A CALCIUM HYPOCHLORITE 13% OR LESS A CALCIUM HYPOCHLORITE 15% A CALCIUM HYPOCHLORITE 5% A CALCIUM HYPOCHLORITE SOLN A CALCIUM HYPOCHLORITE SOLN 13% OR MORE A CALCIUM HYPOCHLORITE SOLN 15% OR LESS A CALCIUM HYPOCHLORITE SOLN 15% OR MORE A CALCIUM LIGNOSULPHONATE A CALCIUM LONG CHAIN ALKYLPHENATE (C8-C40) A CALCIUM LONG CHAIN ALKYLSALICYLATE 13+) A CALCIUM NAPHTHATE (IN MINERAL OIL) A CALCIUM NAPHTHENATE A CALCIUM NAPTHENATE N 70 C A (100) 1910 CALCIUM OXIDE A CALCIUM OXYCHLORIDE 13% OR LESS A CALCIUM OXYCHLORIDE 15% A CALCIUM SULPHONATE LOW BASE EDWIN COOPER A CALCIUM/MAGNESIUM NITRATE POTAS. CHLORIDE A CALTEX 500 PARAMID (LUBE ADDITIVE) A CALTEX BRIGHT STOCK (LUBE OIL) A CAMPHOGEN A 1130 CAMPHOR LIMINENT A 1130 CAMPHOR OIL A 1130 CAMPHOR OIL (DOT) A 1130 CAMPHOR OIL, RECTIFIED A CAMPHOR TAR A CAMPHOR TAR(80DEG) A CAMPHORATED OIL A CANADOL A CANDELILLA OIL A CANDELILLA WAX A CANDLENUT OIL A CAPOC OIL A CAPOK SEED OIL A CAPRIC ACID A CAPRIC ALCOHOL A CAPRIO C-1095 A 2829 CAPROIC ACID A CAPROLACTAM A CAPROLACTAM 50% A CAPROLACTAM 60% A CAPROLACTAM SOLUTION (REARRANGED OXIME) A CAPROLACTONE A CAPROYL ALCOHOL A CAPRYL ALCOHOL A 1993 CAPRYLENE,1- A 3265 CAPRYLIC ACID A CAPRYLIC ALCOHOL A CAPRYLIC C-895 A CAPRYLIC CAPRIC C-810 A CAPRYLYL ACETATE A CARADATE 30 A CARADOL A CARADOL 3505 A CARADOL 44-2 A CARADOL 450 A CARADOL 520 A CARADOLS (VORANOLS) A CARAWAY OIL A CARAWAY SEED OIL A CARBACRIL - CARBAMIDE 50% IN WATER A (100) CARBAMIDE(SATURATED) A CARBINAMIDE A CARBINOL A CARBITOL ACETATE A CARBITOL CELLOSOLVE A CARBITOL SOLVENT A CARBOLIC ACID A CARBOLIC OIL A 1131 CARBON BICHLORIDE A 1131 CARBON BISULFIDE A 1131 CARBON BISULFIDE 10% A CARBON BLACK FEED STOCK A CARBON BLACK FEED STOCK(AROMATIC CONC.) A CARBON DICHLORIDE A CARBON DIOXIDE GAS A 1131 CARBON DISULFIDE A CARBON ICE GAS A CARBON OIL A CARBON OXYCHLORIDE A CARBON SULPHIDE A 2516 CARBON TETRABROMIDE A 1846 CARBON TETRACHLORIDE A CARBONIC ACID DIETHYL ESTER A CARBONIC ACID GAS A CARBONIC ACID 10% A CARBONIC ANHYDRIDE GAS A CARBONIC ETHER A CARBONYL CHLORIDE A CARBOWAX 200 A CARBOWAX 300 (POLYETHYLENE GLYCOL) A CARBOXYBENZENE A CARBOXYBENZENE 10% A CARBOXYETHANE A CARDURA E A CAREX POLY EPOXY A (100) CARNATION OIL (PETROLATUM) A CARNEA OIL A CARUI OIL A CASHEW NUTSHELL LIQUID A CASHEW NUTSHELL OIL A CASHEW NUTSHELL OIL (UNTREATED) A CASHEW SHELL LIQUID A CASHEWNUT OIL A CASING HEAD A CASING HEAD GASOLINE A CASTOR BEAN OIL A CASTOR OIL A CASTOR OIL FATTY ACID A CASTOR OIL, SOLUBLE A CASTOR OIL, SULFATED A CAUSTIC LIME A 1814 CAUSTIC POTASH 10-20% A 1814 CAUSTIC POTASH 10-50% A 1814 CAUSTIC POTASH 50% A 1814 CAUSTIC POTASH SOLN 20-50% A 1814 CAUSTIC POTASH SOLUTION 20% A 1824 CAUSTIC SODA 10% A 1824 CAUSTIC SODA 50% A 1824 CAUSTIC SODA 75% A CEDRO OIL A 1171 CELLOSOLVE A 1172 CELLOSOLVE ACETATE A CELLUFLEX DOP A CELLUPHOS 4 A CEMENT A CEMENT (DRY) A CERECHLOR 42 TO 52 A CERTREXÕS MINERAL SPIRITS A CETYL ALCOHOL A CETYL/STEARYL ALCOHOL A CETYL-EICOSYL METHACRYLATE A CETYL-EICOSYL METHACRYLATE MIXTURE A CETYLIC ACID A CETYLIC ALCOHOL A CHA A CHEVRON (FUEL ADDITIVE) A (100) CHEVRON ALPHA OIL ADDITIVE A (100) CHEVRON LUBE ADDITIVES A (100) CHINA WOOD OIL A (100) CHINESE BEAN OIL A (100) CHINESE WOOD OIL A (100) 1100 CHLORALLYLENE A CHLORATE OF SODIUM 5% A CHLOREX A CHLORIC ACID SODIUM SALT 10% A CHLORIDE OF LIME 15% A CHLORIDE OF PHOSPHORUS (DOT) A CHLORINATED ACETONE A CHLORINATED DIPHENYL A CHLORINATED HYDROCHLORIC ETHER A CHLORINATED PAFFINS C14-C17) 52%CHLORINE A CHLORINATED PARAFFINS A CHLORINATED PARAFFINS (C10-C13) A 1017 CHLORINE N CHLORINE (NAOCL SOL MAX. 200 PPM) A CHLORINE DIOXIDE N 1017 CHLORINE GAS N CHLORINE WATER A CHLORINE WET.SATURATED A CHLORLHYDRIN-ETHYLENE GLYCOL A 1750 CHLORO ACETIC ACID 80% OR LESS N CHLORO PROPYLENE OXIDE N 2023 CHLORO-1,2-EPOXY-PROPANE,3- A CHLORO-1,3-BUTADIENE,2- A 2238 CHLORO-1-METHYLBENZENE,3- A 2238 CHLORO-1-METHYLBENZENE,4- A 1578 CHLORO-1-NITROBENZENE,2- A 2023 CHLORO-2,3-EPOXYPROPANE,1- A CHLORO-2-METHYLPROP-1-ENE,3- A CHLORO-2-METHYLPROPENE,3- A CHLORO-2-NITROBENZENE,1- A 1695 CHLORO-2-PROPANONE,1- A 1751 CHLOROACETIC ACID N 1695 CHLOROACETONE A 1752 CHLOROACETYL CHLORIDE A 1134 CHLOROBENZENE A CHLOROBENZOL (DOT) A CHLOROBUTA-1,3-DIENE, 2- A CHLOROBUTADIENE, 2- A CHLOROCOSANE A (70) CHLOROETHANE A CHLOROETHANOIC ACID 80% OR LESS - 1135 CHLOROETHANOL,2- A CHLOROETHENE A CHLOROETHYL ALCOHOL,2- A CHLOROETHYLENE A 1888 CHLOROFORM (DOT) A CHLOROFORMYL CHLORIDE A 1993 CHLOROHEPTANE,1- A CHLOROHYDRIC ACID 36% - 2023 CHLOROHYDRINS(CRUDE) A CHLOROMETHANE A 2238 CHLOROMETHYLBENZENE,1,2- A CHLOROMETHYLOXIRANE,2- A 1578 CHLORONITROBENZENE A 1578 CHLORONITROBENZENE,1,2- A CHLOROPHEN A CHLOROPHENYLMETHANE A CHLOROPRENE A CHLOROPRENE (INHIBITED) A 1695 CHLOROPROPANONE A 2456 CHLOROPROPENE,2- A 1100 CHLOROPROPENE,3- A 2511 CHLOROPROPIONIC ACID 2 A 3261 CHLOROPROPIONIC ACID 3 A CHLOROPROPYLENE OXIDE A 1100 CHLOROPROPYLENE,ALPHA- A 1754 CHLOROSULFONIC ACID A 1754 CHLOROSULFURIC ACID A 1754 CHLOROSULPHONIC ACID A 2238 CHLOROTOLUENE, META A 2238 CHLOROTOLUENE-ORTHO A CHLOROTOLUENES (MIXED ISOMERS) A CHLORYL ANESTHETIC A CHLOXAX 10% A CHLOXAX 5% A CHOLINE CHLORIDE A CHOLINE CHLORIDE AQUEOUS SOLNS A CHOLINE CHLORIDE SOLN A 1463 CHROMIC ACID 10% A 1463 CHROMIC ACID 20% A 1463 CHROMIC ACID 5% A 1463 CHROMIC ACID 50% N 1463 CHROMIC ACID SOLUTIONS A 1463 CHROMIC ANHYDRIDE A 1463 CHROMIC ANHYDRIDE SOL. A 1463 CHROMIUM TRIOXIDE A 1463 CHROMIUM TRIOXIDE ANHYDROUS A 1463 CHROMIUM TRIOXIDE SOLUTIONS A CHROMIUM(111)OXIDE A CI.I. 76000 A CIDER VINEGAR A CIDER VINEGAR (APPROX.6%) A CIDEX SOLN BELOW 50% A CINENE A CINNAMENE A CINNAMENOL A CINNAMOL A CIRCO LIGHT OIL (EXTENDER OIL) A CIRCO PROCESS OIL (EXTENDER OILS) A CIRCOSOL NAPHTHENIC OILS A CIRCOSOL OIL (EXTENDER OIL) A CIS-BUTENE-2 A CIS-BUTENE-2ÓHIGH BOILINGÓBUTENE-2 A CIS-BUTENEDIOC ANHYDRIDE A CIS-BUTENEDIOIC ACID 10% A CIS-OCTADEC-9-ENOIC ACID A (100) CITRIC ACID A CITRIC ACID 10% A CITRIC ACID 25% A CITRIC ACID 5% A CITRIC JUICE A CITROFLEX A-4 A CLAY SLURRY A CLEANING COMPOUNDS A CLEANING OIL A CLOREX A CLOROX A COAL NAPHTHA A COAL OIL A COAL SLURRY A 1136 COAL TAR (REFINED) A (100) 1136 COAL TAR CAMPHOR A COAL TAR CREOSOTE A 1136 COAL TAR OIL A 1136 COAL TAR PITCH(MOLTEN) A COASTA PALE OIL 2000 A COASTA PALE OIL 500 A COBALT NAPHTHENATE A COBALT NAPHTHENATE IN SOLV NAPHTHA A COCO ACID OIL A (100) COCO FATTY ACID A (100) COCO FATTY ALCOHOL A (100) COCO METHYL ESTER A (100) COCOA BUTTER A (100) COCOA BUTTER OIL A (100) COCOA NUT OIL, CRUDE A (100) COCOA OIL A (100) COCONUT BUTTER A (100) COCONUT BUTTER OIL A (100) COCONUT OIL A (100) COCONUT OIL ESTEREFIED A (100) COCONUT OIL FATTY ACID METHYL ESTER A (100) COCONUT OIL FATTY ACID METHYL ESTER A (100) COCONUT OIL FATTY ACIDS A (100) COCONUT OIL METHYL ESTER A (100) COCONUT PALM OIL A (100) COCONUT PARINGS OIL A COCONUT TYPE C-108 A COCONUT TYPE C-109 A COCONUT TYPE C-110 A COD LIVER OIL A COD LIVER OIL DISTILLATE A COHEREX A COHEREX PET.RESIN EMUL. A COJEPUT OIL A COLAMINE A COLLOIDAL SULFUR A COLLULUBE 220 (PHOSPHATE ESTER) A COLOIDAL SILICA A COLONIAL SPIRIT A COLUMBIAN SPIRIT A COLZA OIL A (100) CONDENSED MOLASSES SOLUBLES A (100) CONOCO N ALKYLENE A CONOCO PARAFFIN C14-C16 A COPAL OIL A (100) COPRA OIL (COCONUT OIL) A (100) CORN OIL A (100) COTTON SEED FATTY ACID A (100) COTTONSEED OIL A (100) COTTONSEED OIL STEARINE A (100) COUMARONE OIL A CR-B COMPOUNDS A CR-CB COMPOUNDS A CREOSOTE A CREOSOTE (DESTIL,LOW PHENOL) A CREOSOTE OIL A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",81);arrFiles[12]=new Array(13,"charts/dd.asp","2005-09-21","APC Chemical Resistance Guide - D","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating D D.A.A. A D.B.P. A D.C.O.FATTY ACIDS A DALAPON(2,2 DICHLOROPROPIONIC ACID) A DALTOGEN A DBP A DCE,1,2- A DCEE A DCM A DD MIXTURE A DD SOIL FUMIGANT A D-D SOIL FUMIGANT (1,3 DICHLORO PROPYLENE) A 2432 DEA A DEAD OIL (DOT) A 1147 DECAHYDRONAPHTHALENE A 1147 DECAHYDRONAPHTHALENE(CIS) A DECALDEHYDE,N A DECALDEHYDE-ISO A DECALIN A DECALIN(CIS) A DECALIN(TRANS) A DECANOIC ACID A (100) DECANOL A DECANOL(ALL ISOMERS) A DECANOL,1- A 1993 DECENE,1- A DECYL ACRYLATE A DECYL ALCOHOL A DECYL ALCOHOL (ALL ISOMERS) A DECYL CARBINOL(UNDECANOL) A DECYL HYDRIDE A DECYL PHTALATE-(HEXYL-,OCTYL-) A DECYL/OCTYL ALCOHOL A DECYLBENZENE A DECYLBENZENE,N- A DECYLENE A DECYLIC ACID A DEDECYL ACID A DEG A DEHP A DE-ICING FLUIDS (GLYCOL BASED) A DELTA-1,8-TERPODIENE A DEMINERALISED WATER A DENATURED ALCOHOL A DENATURED ETHANOL A DEP A DER 331 (DOW) A DESMOPHEN 3135-AMBIENT A DESMOPHEN 3400 A DESMOPHEN 7200 A DESMOPHEN 800,1100,3400 A DESMOPHEN POLYETHER A DESTILLED WATER A DETA A DETERGENT ALKYLATE A DETERGENT-LISSAPOL A DETERGENT-LISSAPOL (50%) A DETERGENTS A DETERGENT-TIDE A DETERGENT-TIDE (1%) A DEXTROSE SOLN A DI-(2-AMINOETHYL) AMINE A DI-(2-CHLOROETHYL) ETHER A DI-(2-ETHYLBUTYL) PHTHALATE A DI-(2-ETHYLHEXYL) ADIPATE A DI-(2-ETHYLHEXYL) PHOSPHORIC ACID A DI-(2-ETHYLHEXYL)PHTHALATE A DI-(2-HYDROXYETHYL)-AMINE A DI-(ETHYLENE OXIDE) - DI-2-ETHYL HEXYL ALCOHOL A DIACETIN A 1148 DIACETONE A DIACETONE ALCOHOL A DIAKON A DIALKYL (C10-C14) BENZENE A DIALKYL (C7-C13) PHTHALATE A DIALKYL (C7-C9) PHTHALATES A DIALKYL (C9-C13) PHTHALATES A DIALLYL PHTHALATE (DAP) A DIAMIDE A DIAMIDE 10% A DIAMINE A DIAMINO-3,5,5-TRIMETHYLHEXANE,1,6- A DIAMINODIETHYL AMINE,2,2- A 1604 DIAMINOETHANE,1,2- A 2280 DIAMINOHEXANE,1,6- A DIATOL A DIBENZOFURAN A DIBENZYL ETHER A DI-BETA-HYDROXYETHOXYETHANE A DIBROM ETHYLENE A 2810 DIBROMOETHANE A 2664 DIBROMOMETHANE A 2248 DIBUTYL AMINE A DIBUTYL CARBINOL A DIBUTYL CARBITOL A DIBUTYL CELLOSOLVE (ETHYLENE GLYCOL DIBUTYL) A (100) 1149 DIBUTYL ETHER A DIBUTYL MALEATE A DIBUTYL ORTHO PHTHALATE A DIBUTYL OXIDE A DIBUTYL PHTHALATE A DIBUTYL SEBACATE A DICAPROATE (TRIETHYLENE GLYCOL) A 2047 DICHLORO-1-PROPENE,1,3- A DICHLOROBENZENE META A 1591 DICHLOROBENZENE,1,2- A 2810 DICHLOROBENZENE,1,3- A 2811 DICHLOROBENZENE,1,4- A 1028 DICHLORODIFLUOROMETHANE A DICHLORODIISOPROPYL ETHER A DICHLOROETHANE, SYM A 2362 DICHLOROETHANE,1,1- A 1184 DICHLOROETHANE,1,2- A DICHLOROETHANOL,1,1- A DICHLOROETHENE,1,1- A DICHLOROETHENE,1,2- A 1916 DICHLOROETHYL ETHER A DICHLOROETHYL OXIDE A DICHLOROETHYLENE A DICHLOROETHYLENE,1,1- A DICHLOROETHYLENE,1,2- A DICHLOROFLUOROMETHANE A DICHLOROHEXANE,1,6- A DICHLOROHEXYL AMINE A DICHLOROISOPROPYL ETHER A 2490 DICHLOROISOPROPYL ETHER,2,2- A 1593 DICHLOROMETHANE A DICHLOROMONOFLUOROMETHANE A 1152 DICHLOROPENTANE A 2021 DICHLOROPHENOL,2,4- A DICHLOROPHENOXYACETIC ACID,2,4- A DICHLOROPROPANE,1,1- A 1993 DICHLOROPROPANE,1,3- A 1279 DICHLOROPROPANE,1.2- A DICHLOROPROPANE-DICHLOROPROPENE MIXTURE A DICHLOROPROPENE A DICHLOROPROPENE,1,2- A 2047 DICHLOROPROPENE,1,3- A 3265 DICHLOROPROPIONIC ACID 2,2- A DICHLOROPROPYL ETHER A DICHLOROPROPYLENE,1,3- A DICHLORORETHYL ETHER,2.2- A 2205 DICYANOBUTANE,1,4- A 2565 DICYCLOHEXYL AMINE A 2048 DICYCLOPENTADIENE A DIDECYL ADIPATE A DIDECYL SEBACATE A 1270 DIESEL FUEL A 1270 DIESEL FUEL OIL NO.1-D A 1270 DIESEL FUEL OIL NO.2-: A 1270 DIESEL FUEL OIL NO.4-D A 1270 DIESEL OIL A 1270 DIESEL OIL NORMAL ACIDITY A 1154 DIETHAMINE A DIETHANOL AMINE,2,2- A 1088 DIETHOXYETHANE,1,1- A DIETHOXYETHYL PHTHALATE A DIETHYL A DIETHYL ADIPATE A 1154 DIETHYL AMINE A 2366 DIETHYL CARBONATE A DIETHYL CARBONIC ETHER A DIETHYL ESTER CARBONIC ACID A 1155 DIETHYL ETHER A DIETHYL GLYCOL METHYL ETHER A DIETHYL GLYCOL PHTALATE A 1156 DIETHYL KETONE A DIETHYL MALEATE A DIETHYL MALONATE A DIETHYL OXIDE - DIETHYL PHTHALATE A DIETHYL SUCCINATE A 1594 DIETHYL SULFATE A 2686 DIETHYLAMINOETHANOL,2,N- A DIETHYLANILINE A 2049 DIETHYLBENZENE A 2049 DIETHYLBENZENE,1,2- A 2049 DIETHYLBENZENE,1,3- A 1105 DIETHYLCARBINOL A DIETHYLENE ALCOHOL A DIETHYLENE CHLORIDE A DIETHYLENE DIOXIDE,1,4- - DIETHYLENE DIOXYDE - DIETHYLENE ETHER (DIOXANE) A DIETHYLENE GLYCOL A 1993 DIETHYLENE GLYCOL DIBUTYL ETHER A DIETHYLENE GLYCOL DIETHYL ETHER A 1993 DIETHYLENE GLYCOL DIMETHYLETHER A DIETHYLENE GLYCOL ETHERS A DIETHYLENE GLYCOL ETHYLETHER A DIETHYLENE GLYCOL ETHYLETHER ACETATE A DIETHYLENE GLYCOL ISOPROPYLETHER A DIETHYLENE GLYCOL ISOPROPYLETHER ACETATE A DIETHYLENE GLYCOL MONO PHENYL ETHER A DIETHYLENE GLYCOL MONOBUTYL ETHER ACETATE A DIETHYLENE GLYCOL MONOETHYL ETHER A DIETHYLENE GLYCOL MONOETHYL ETHER ACETATE A DIETHYLENE GLYCOL MONOISOPROPYL ETHER A DIETHYLENE GLYCOL MONOMETHYL ETHER A DIETHYLENE GLYCOL MONOMETHYLETHER ACETATE A DIETHYLENE GLYCOL N-BUTYL ETHER A DIETHYLENE GLYCOL PHENOL ETHER A DIETHYLENE GLYCOL PHENYL ETHER A DIETHYLENE GLYCOL PHTHALATE A DIETHYLENE GLYCOL PROPYLETHER A DIETHYLENE GLYCOL PROPYLETHER ACETATE A DIETHYLENE HEXANOL ACRYLATE A DIETHYLENE OXIDE (TETRAHYDROFURAN) A DIETHYLENE OXIMIDE A 2079 DIETHYLENE TRIAMINE (DETA) A DIETHYLENIMIDE OXIDE A 2686 DIETHYLETHANOL AMINE A DIETHYLOCTANOIC ACID,2,2- A (60) DIETHYLOL AMINE A 1594 DIETHYLSULFATE A DIFLUOROCHLOROMETHANE A DIFLUORODICHLOROMETHANE A DIFORMYL A DIFORMYL 25% (WATER) A DIFORMYL 40% (WATER) A DIGALLIC ACID/TANNIC ACID A DIGLYCIDYL ETHER OF BISPHENOL A A DIGLYCIDYL ETHER OF BISPHENOL F A DIGLYCOL A DIGLYCOL MONOBUTYL ETHER ACETATE A DIGLYCOL MONOETHYL ETHER A DIGLYCOL MONOMETHYL ETHER A DIGLYCOL MONOMETHYL ETHER ACETATE A DIGOL A DIHEPTYL PHTHALATE A DIHEXYL A DIHEXYL PHTHALATE A DIHEXYL SEBACATE A DIHYDRO-IH-AZIRINE A DIHYDROXY-2-METHYLPENTANE, 2,4- A DIHYDROXYBUTANE,1,4- A DIHYDROXYBUTANE,2,3- A DIHYDROXYDIETHYL ETHER,2,2Õ- A DIHYDROXYETHANE A DIHYDROXYISOPROPYL ETHER,2.2- A DIHYDROXYPROPANE,1,2- A DIHYDROXYSUCCINIC ACID 10% A DIISOBUTENE A 2361 DIISOBUTYL AMINE A DIISOBUTYL CARBINOL A 1157 DIISOBUTYL KETONE (DOT) A DIISOBUTYL PHTHALATE A 2050 DIISOBUTYLENE A DIISOCYANATODIPHENLMETHANE,4,4Õ A DIISODECYL PHTHALATE A DIISONONYL ADIPATE A DIISONONYL PHTHALATE (D.I.N.P.) A DIISOOCTYL ADIPATE A DIISOOCTYL PHOSPHATE A DIISOOCTYL PHTHALATE (D.I.O.P.) A DIISOPROPANOL AMINE A 1158 DIISOPROPYL AMINE A 1159 DIISOPROPYL ETHER A DIISOPROPYL OXIDE A DIISOPROPYLACETONE A DIISOPROPYLACETONE A DIISOPROPYLBENZENE (ALL ISOMEREN) A DIISOPROPYLBENZENE,1,2- A DIISOPROPYLBENZENE,1,3- A DIISOPROPYLBENZENE,1,4- A DIISOPROPYLNAPHTALENE A DILIMONENE A DIMER CYKLOPENTADIENE A DIMETHANOL AMINE A DIMETHYETHYLENE A DIMETHYL ACETAMIDE A DIMETHYL ADIPATE A 1032 DIMETHYL AMINE A 1032 DIMETHYL AMINE (ANHYDROUS) 99% A 1032 DIMETHYL AMINE 99 % A 1160 DIMETHYL AMINE AQUEOUS 45% OR LESS A 1160 DIMETHYL AMINE AQUEOUS 45%-55% A 1160 DIMETHYL AMINE AQUEOUS 55%-65% A 1160 DIMETHYL AMINE AQUEOUS SOLUTION 40 % A 1160 DIMETHYL AMINE AQUEOUS SOLUTION 60 % A 1160 DIMETHYL AMINE SOLN (45% OR LESS) A 1160 DIMETHYL AMINE SOLN (45-55%) A 2253 DIMETHYL ANILINE N.N. A DIMETHYL ETHER A DIMETHYL ETHYL CARBINOL A 2265 DIMETHYL FORMAMIDE A DIMETHYL GLUTARATE A DIMETHYL HYDROGEN PHOSPHATE A DIMETHYL HYDROGENE PHOSPHITE A 1090 DIMETHYL KETONE A DIMETHYL PHTHALATE (D.M.P.) A DIMETHYL POLYSILOXANE A DIMETHYL SEBACATE A DIMETHYL SUCCINATE A DIMETHYL SULFOXIDE (DMSO) A DIMETHYL-4-HEPTANOL,2,6- A 1157 DIMETHYL-4-HEPTANONE,2,6- A DIMETHYL-4-HEPTYLPHENOL, 2,6- A DIMETHYLACETAMIDE,N,N A DIMETHYLACETIC ACID A DIMETHYLACETONE A DIMETHYLACETONEAMIDE A DIMETHYLAMIDE ACETATE A DIMETHYLAMIDE ACETIC ACID A DIMETHYLAMINO-1-PROPYL AMINE A DIMETHYLAMINOETHANOL A 1711 DIMETHYLANILINE,2,6- A 2253 DIMETHYLANILINE,N,N A 1307 DIMETHYLBENZENE A 1307 DIMETHYLBENZENE,1,3- A 1307 DIMETHYLBENZENE,1,4- A 1307 DIMETHYLBENZENE1,2- A DIMETHYLBUTYL ESTER ACETIC ACID A DIMETHYLCARBINOL A DIMETHYLCYCLOHEXYL AMINE,N1-N- A DIMETHYLCYLCOHEXYL AMINE A DIMETHYLENE DIAMINE A DIMETHYLENE OXIDE - DIMETHYLENEIMINE A 2051 DIMETHYLETHANOL AMINE A DIMETHYLETHANOL,1.1- A DIMETHYLETHYLENE A DIMETHYL-HEPTAN-4-ONE,2,6- A DIMETHYL-N-(2-HYDROXYETHYL)AMINE,N,N- A DIMETHYLNAPHTHALENE SULPH.ACID SODIUMSAL A DIMETHYLOCTANOIC ACID,2,2- A 1993 DIMETHYLPENTANE A 1993 DIMETHYLPENTANE,2,4- A 2261 DIMETHYLPHENOL - 2261 DIMETHYLPHENOL,3,5- - DIMETHYLPHENYLAMINE,N,N- A DIMETHYLPROPANE, 2,2- A DIMETHYLPROPANE-1,3-DIOL,2,2- A DIMETHYLPROPANOIC ACID, 2,2- A DIMONENE A DI-N-HEXYL ADIPATE A DINITROGEN TETROXIDE - 2038 DINITROTOLUENE,2,4- A DINITROTOLUOL2,4 A DINKUM OIL - DINONYL PHTHALATE(ALL ISOMERS) A 2383 DI-N-PROPYL AMINE A DIOCTYL ADIPATE A DIOCTYL PHTHALATE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",81);arrFiles[13]=new Array(14,"charts/ee.asp","2005-09-21","APC Chemical Resistance Guide - E","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating E 2271 EAK A EARTH OIL A EARTH PITCH A EARTHNUT OIL A EB A ECA (SEE PARAMIN ECA) A EDTA A EHYLENE GLYCOL MONOETHYL ETHER (DOT) A EI - ELAYL A ELAYL CHLORIDE A EMERSOL 220 WHITE OLEIC ACID A (100) EMERSOL 221 LOW TITER WHITE OLEIC ACID A (100) EMPILAN 3 A EMULSIFIED VEGETABLE OILS A 3265 ENANTHIC ACID A ENANTHYL ALCOHOL A ENGINE OIL A (100) ENJ 1031 (OXO SOLVENT BLEND 913) A ENJ 1038 (LUBE ADDITIVE) A (100) ENJ 941 (ISOBUTYL ALCOHOL) A EPAL 610 A EPI A 2023 EPICHLOROHYDRIN,ALPHA A EPOXIDISED LINSEED OIL A EPOXIDISED SOYA OILS A EPOXY RESINS A EPOXYBUTANE,1,2- A EPOXYETHANE,1,2- A 1280 EPOXYPROPANE,1,2- A EPOXYPROPYL CHLORIDE,2,3- A EPSILON-CAPROLACTAM A EPSILON-CAPROLACTAM (MOLTE/AQUA SOLN) - ERVOL (PETROLATUM) A ERYTHRENE A ESCAID (MINERAL SPIRITS) A ESSENCE OF MIBRANE A ESSO (LUBE ADDITIVES) A (100) ESSO 100 N NEUTRAL A (100) ESSO 100 SOLVENT NEUTRAL A (100) ESSO AVIATION OIL A (100) ESSO CARBONATE A (100) ESSO CYLINDER OIL A (100) ESSO HEAVY AXLE OIL (LUBE OIL) A (100) ESSO INSULATING OIL A (100) ESSO NECTON 60 (500X) A (100) ESSO PARANOX 15 (LUBE ADDITIVE) A (100) ESSO PARATONE 210 A (100) ESSO SPRAY OIL A (100) ESSO STEAM REFINED OIL A (100) ESSO SULFONATE OILS (PETROLEUM) A (100) ESTERS A ETANOL(ETOXY ETOXY,2-)ACETATE,2- A 1089 ETHANAL - ETHANAMINE A ETHANAMINE, N,N-DIETHYL- A 1961 ETHANE A ETHANE AMINE (72%OR LESS) A ETHANE CHLORIDE A ETHANE DIAMINE,1,2,N(2-AMINOETHYL) A ETHANE PENTACHLORIDE A ETHANE,1,1-DICHLORO- A ETHANE,1,2-DIBROMO- A ETHANE,CHLORO- A ETHANECARBOXYLIC ACID A ETHANEDIAL A ETHANEDIAL 25% (WATER) A ETHANEDIAL 40% (WATER) A ETHANEDIAMINE,1.2- A ETHANEDIOL,1.2- A ETHANEDIOL,DIPROPIONATE,1,2- A 1648 ETHANENITRILE A 2789 ETHANOIC ACID A ETHANOIC ACID 2(2BUTOXYETHOXY)-ETHYL ESTER A ETHANOIC ACID 2-ETHYLHEXYL ESTER A ETHANOIC ACID 2-METHOXYETHYL ESTER A ETHANOIC ACID 3-METHYL-3-METHOXYBUTYL E A ETHANOIC ACID ALLYL ESTER A ETHANOIC ACID AMYL ESTER A ETHANOIC ACID ANHYDRIDE A ETHANOIC ACID BENZYL ESTER A ETHANOIC ACID BUTYL ESTER A ETHANOIC ACID BUTYL ESTER (I,S,N) A ETHANOIC ACID BUTYL GLYCOL ESTER A ETHANOIC ACID CYCLOHEXYL ESTER A ETHANOIC ACID DIMETHYLAMIDE A ETHANOIC ACID DIMETHYLAMIDE <40% A ETHANOIC ACID ETHENYL ESTER A ETHANOIC ACID ETHYL DIGLYCOL ESTER A ETHANOIC ACID ETHYL ESTER A ETHANOIC ACID ETHYLCARBITOL ESTER A ETHANOIC ACID ETHYLOXITOL ESTER A ETHANOIC ACID HEPTYL ESTER A ETHANOIC ACID ISOPENTYL ESTER A ETHANOIC ACID ISOPROPYL ESTER A ETHANOIC ACID ISOPROPYLGLYCOL ESTER A ETHANOIC ACID ISOPROPYLOXITOL ESTER A ETHANOIC ACID METHOXYBUTYL ESTER A ETHANOIC ACID METHYL ESTER A ETHANOIC ACID METHYLAMYLESTER A ETHANOIC ACID N-OCTYL ESTER A ETHANOIC ACID NONYL ESTER A ETHANOIC ACID OCTYL ESTER A ETHANOIC ACID PENTYL ESTER A ETHANOIC ACID PROPYL ESTER A ETHANOIC ACID SEC-AMYL ESTER A ETHANOIC ACID SEC-BUTYLESTER A ETHANOIC ACID, 2,4-DICHLOROPHENOXY,- A ETHANOIC ACID,2,4(DICHLORO)PHENOXY- A 1715 ETHANOIC ANHYDRIDE A ETHANOL A ETHANOL (TECHNICAL) A ETHANOL 200 PROOF A 2491 ETHANOL AMINE A ETHANOL DENATURED A ETHANOL,2-(2-(AMINOETHYL)AMINO)- A ETHANOL,2-(2-(BUTOXYETHOXY)ETHOXY)- A ETHANOL,2-(2-AMINOETHOXY)- A ETHANOL,2-(2-BUTOXYETHOXY)- A ETHANOL,2-(2-ETHROXYETHOXY)- A ETHANOL,2-(2-METHOXYETHOXY)- A ETHANOL,2-(DIETHYLAMINO)- A ETHANOL,2-(N-METHYL AMINO)- A ETHANOL,2,2Õ-OXYDI- A ETHANOMINE,N-ETHYL- A ETHANOYL CHLORIDE A ETHENE A ETHENYL ACETATE A ETHENYL ESTER PROPANOIC ACID A ETHENYL ETHANOATE A ETHENYL OXIETHENE - 1155 ETHER A ETHER CHLORATUS - ETHER DICHLORE - ETHER HYDROCHLORIC - ETHER OF VINEGAR A ETHER,(2-CHLORO-1-METHYL ETHER)- A ETHERIN A ETHIDENE, NORBONENE A ETHINE A ETHOXOL A ETHOXY CARBITOL A ETHOXY CARBONYL ETHYLENE A ETHOXY DIGLYCOL A ETHOXY ETHYL METHACRYLATE MONOMER BETA A ETHOXY TRIGLYCOL (UNION CARBIDE) A ETHOXYETHANE A ETHOXYETHANOL, ESTER WITH ACETIC ACID A 1171 ETHOXYETHANOL,2- A ETHOXYETHOXYETHANOL,2- A ETHOXYETHYL ACETATE A 1172 ETHOXYETHYL ACETATE,2- A ETHOXYFORMIC ANHYDRIDE A ETHOXYLATED FATTY ALCOHOLS (C-9-C-11) A ETHYL 2-METHYL-2-PROPENOATE A ETHYL 2-METHYLACRYLATE A ETHYL 3-OXOBUTANOATE A 1173 ETHYL ACETATE A ETHYL ACETATE,2-(-BUTOXYETHOXY) A ETHYL ACETIC ACID A ETHYL ACETIC ESTER A ETHYL ACETOACETATE A ETHYL ACETYL ACETONATE A 1917 ETHYL ACRYLATE INHIBITED A 1917 ETHYL ACRYLATE, MONOMER A 1170 ETHYL ALCOHOL A ETHYL ALCOHOL ANHYDROUS A ETHYL ALCOHOL,95% A ETHYL ALCOHOL,SOL A 1089 ETHYL ALDEHYDE A 1036 ETHYL AMINE A ETHYL AMINE SOLN (72%OR LESS) A 1036 ETHYL AMINE,LIQUEFIED ANHYDROUS - 2271 ETHYL AMYL KETONE A 1180 ETHYL BUTYRATE A ETHYL CARBINOL A ETHYL CARBITOL A ETHYL CARBITOL ACETATE A ETHYL CELLOSOLVE A ETHYL CELLOSOLVE ACETATE A 1037 ETHYL CHLORIDE A ETHYL CYANIDE A ETHYL DIGLYCOL A ETHYL DIGLYCOL ACETATE A ETHYL DIGOL ACETATE A ETHYL DIMETHYL METHANE A ETHYL ETHANOATE A 1155 ETHYL ETHER A ETHYL GLYCOL ACETATE A ETHYL HYDRATE A ETHYL HYDRIDE A ETHYL HYDROXIDE A 1192 ETHYL LACTATE A ETHYL MALONATE A 2277 ETHYL METHACRYLATE MONOMER A ETHYL METHYL KETONE A 2733 ETHYL N-BUTYL AMINE A 1648 ETHYL NITRILE A ETHYL ORTHO SILICATE A ETHYL OXIDE A ETHYL OXITOL A ETHYL OXITOL ACETATE A ETHYL PHTHALATE A ETHYL PROPENOATE,2- A 1195 ETHYL PROPIONATE A ETHYL PROPYL ETHER A 1292 ETHYL SILICATE A ETHYL SILICATE CONDENSED A ETHYL SULFATE A ETHYL TERTIAIR BUTYLETHER A ETHYL-1-BUTANOL,2- A ETHYL-1-HEXANOL,2- A ETHYL-1-PENTENE,4- A ETHYL-1-PROPANOL,1- A ETHYL-2-HEXENAL,2- - ETHYL-2-METHYL-4-UNDECANOL,7- A ETHYL-2-METHYLPYRIDINE,5- A ETHYL-2-PICOLINE,5- A 1993 ETHYL-3-ETHOXY PROPIONATE - ETHYL-3-PROPYLACROLEIN,2- A ETHYL-6-METHYLPYRIDINE,3- A ETHYLACETONE A 2270 ETHYLAMINE(MONO) 70% AQUEOUS A 1175 ETHYLBENZENE A 1175 ETHYLBENZOL A 2275 ETHYLBUTYL,2-ALCOHOL A ETHYLBUTYLACETALDEHYDE A ETHYLBUTYLKETONE A ETHYLCAPROALDEHYDE,2- A 1993 ETHYLCYCLOHEXANE A ETHYLCYCLOHEXANOL A ETHYLCYCLOHEXANONE A ETHYLCYCLOHEXYL AMINE,N- A ETHYLDIGOL A 1962 ETHYLENE (ETHENE) A ETHYLENE ACETATE A ETHYLENE ALCOHOL A ETHYLENE ALDEHYDE A ETHYLENE AMINE E 100 A ETHYLENE CARBONATE A 1135 ETHYLENE CHLORHYDRIN A 1184 ETHYLENE CHLORIDE A ETHYLENE CYANOHYDRIN - ETHYLENE DIACETATE A 1604 ETHYLENE DIAMINE A ETHYLENE DIAMINE TETRA-ACETIC ACID A ETHYLENE DIAMINE TETRA-ACETIC ACID 10% A ETHYLENE DIAMINE, N-(2-AMINOETHYL) A 1605 ETHYLENE DIBROMIDE A 1184 ETHYLENE DICHLORIDE,1,2- A ETHYLENE DIGLYCOL A ETHYLENE DIGLYCOL MONOETHYL ETHER A ETHYLENE DIHYDRATE A ETHYLENE GLYCOL A ETHYLENE GLYCOL ACETATE A ETHYLENE GLYCOL DIACETATE A ETHYLENE GLYCOL DIBUTYL ETHER A ETHYLENE GLYCOL DIHYDROXYDIETHYL ETHER A (60) ETHYLENE GLYCOL DIPROPIONATE A ETHYLENE GLYCOL ETHYL ETHER ACETATE A 1172 ETHYLENE GLYCOL ISOPROPYL ETHER A ETHYLENE GLYCOL METHYL BUTYL ETHER A ETHYLENE GLYCOL MONO ACETATE A 2369 ETHYLENE GLYCOL MONOBUTYL ETHER A ETHYLENE GLYCOL MONOBUTYL ETHER ACETATE A 1171 ETHYLENE GLYCOL MONOETHYLETHER A ETHYLENE GLYCOL MONOISOPROPYL ETHER A 1188 ETHYLENE GLYCOL MONOMETHYL ETHER A 1189 ETHYLENE GLYCOL MONOMETHYL ETHER ACETATE A ETHYLENE GLYCOL MONOPHENYL ETHER A ETHYLENE GLYCOL MONOPROPYL ETHER A ETHYLENE GLYCOL MONOPROPYLETHER ACETATE A ETHYLENE GLYCOL PHENYL ETHER A ETHYLENE GLYCOL TERT-BUTYL ETHER A ETHYLENE MONOCHLORIDE A ETHYLENE OXIDE (EPOXYETHANE) N ETHYLENE OXIDE/PROPYLENE OXIDE MIXTURE N ETHYLENE POLYGLYCOL A ETHYLENE PROPYLENE COPOLYMER (LIQUID MIXTURE) A ETHYLENE TETRACHLORIDE A ETHYLENEBISIMINODIACETIC ACID 10% - ETHYLENECARBOXYLIC ACID A 1604 ETHYLENEDIAMINE,1.2- A ETHYLENEDINITRILOTETRAACETIC ACID 10% A ETHYLENEDIOXYETHANOL,2.2- A ETHYLENEIMINE A ETHYLENE-VINYL ACETATE COPOLYMER (EMULS) A ETHYLETHYLENE A ETHYLETHYLPYRIDINE A ETHYLFORMIC ACID - ETHYLHEPTANOIC ACID A 1191 ETHYLHEXANAL,2- A ETHYLHEXANOIC ACID,2- A ETHYLHEXANOL A ETHYLHEXENE A ETHYLHEXOIC ACID A ETHYLHEXYL ACETATE,2- A ETHYLHEXYL ACRYLATE,2- A ETHYLHEXYL ALCOHOL A ETHYLHEXYL AMINE A 2276 ETHYLHEXYL AMINE,2- A ETHYLHEXYL PHTHALATE A ETHYLIDENCHLORID A ETHYLIDENE DIETHYL ETHER (ACETAL) A ETHYLIDENE NORBORNENE A ETHYLIMINE A ETHYLMETHYLSTYRENE A ETHYLPHENOL,O- A 1993 ETHYLTOLUENE A 1302 ETHYLVINYL ETHER (INHIBITED) A ETHYNE A ETHYNYLMETHANOL A EUCALYPTUS OIL A EUTIN A EVE A EXA 40 (LUBE ADDITIVE) A EXA 401 A EXON 350845 A (100) EXSOLL D 60 A EXTENDER OILS A (100) EXTRA FANCY TALLOW A (100) EXTRACTION NAPHTHA A (100) EXXON ANIVAX A EXXON PARATONE A EXXON SULFAMIC ACID SA - FARM TRACTOR FUEL A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",78);arrFiles[14]=new Array(15,"charts/ff.asp","2005-09-21","APC Chemical Resistance Guide - F","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating F FATS ANIMAL A (100) FATTY ACID (10-C20) A (100) FATTY ACID BONE GREASE A (100) FATTY ACID CASTOR A (100) FATTY ACID COCONUT A (100) FATTY ACID D.C.O. A (100) FATTY ACID FISH OIL A (100) FATTY ACID LINSEED A (100) FATTY ACID OLEIC A (100) FATTY ACID PALM A (100) FATTY ACID SAFFLOWER A (100) FATTY ACID SUNFLOWER A (100) FATTY ACID TALL OIL A (100) FATTY ACID WOOL GREASE A (100) FATTY ACIDS A (100) FATTY ACIDS, REFINED (ANIMAL AND VEGETABLE) A (100) FATTY ALCOHOL CO-1214 A FATTY ALCOHOL CO1214N A FATTY ALCOHOL CO-1218 A FATTY ALCOHOL CO-1695 A FATTY ALCOHOL CO1695N A FATTY ALCOHOL CO1895 A FATTY ALCOHOL CO-1895 A FATTY ALCOHOL CO-1897 A FATTY ALCOHOL CO-810 A FATTY ALCOHOL LAUREX CS A FATTY ALCOHOL LAUREX NC A FATTY ALCOHOL NATURAL A FATTY ALCOHOL SYNPROL A FATTY ALCOHOL TA-1618 A FATTY ALCOHOL,SYNTH A FATTY ALCOHOLS A FATTY ALCOHOLS (C12-C20) A (100) FEED STOCK LIGHT DISTILLATE A FEED STOCK LIGHT GASWORKS A FERMANTATION ALCOHOL A FERMENTATION BUTYL ALCOHOL A FERRIC CHLORIDE 20% IN WATER A FERRIC CHLORIDE 40% IN WATER A FERRIC CHLORIDE SOLN A FERRIC HYDROXYETHYLENE DIAMINE TRIACETIC - FERRIC NITRATE NITRIC ACID SOLN - FERRIC SULPHATE (UP TO 20%) A FERTILIZER SOL(15% AMM.40%UREA 45%WATER) A FERTILIZERS A FIRE DAMP A FIRE FIGHTING FOAM PRODUCING FLUIDS A FISH OIL A (100) FISH OIL SOLUBLES A (100) FISH SOLUBLES A (100) FLAKE NAPHTHALENE A (100) FLAKED STEARIC ACID A (100) FLASHED FEED STOCKS A (100) FLAXSEED OIL A (100) FLEXINDRA A (100) FLEXOL DBP A (100) FLEXOL DIBP A (100) FLEXOL DIOP (DIISOOCTYL PHTHALATE 1010) A (100) FLEXOL DMP A (100) FLEXOL DOP (DI-2-ETHYLHEXYL PHTHATE) A (100) FLEXOL EPO (EPOXIDIZED SOY BEAN OIL) A (100) FLEXON EXTENDER OIL A (100) FLEXON PROCESS OIL A FLUOROBORIC ACID A FLUOROCARBON-12 N FLUORODICHLOROMETHANE A 1778 FLUOROSILICIC ACID A FLUOROTRICHLOROMETHANE A FOOTS SOAPSTOCK OILS A FOOTS SOAPSTOCK OILS (ACID FREE) A FORMALDEHYDE 100% (HCHD) ANHYDROUS A 2209 FORMALDEHYDE SOLN 45% OR LESS A 2209 FORMALDEHYDE SOLN pH 2.5 TO pH 4.5 A 2209 FORMALDEHYDE SOLUTION 37% A 2209 FORMALDEHYDE-50% / METHANOL-2% / WATER-48% A 1198 FORMALIN 37% A FORMALIN pH 2.5 TO pH 4.5 A FORMALINE A FORMAMIDE A FORMAMINE SOLNS A FORMDIMETHYLAMIDE A FORMIC ACID ISOBUTYL ESTER A 1243 FORMIC ACID METHYL ESTER A 1779 FORMIC ACID 10% A 1779 FORMIC ACID 30% A FORMIC ALDEHYDE 100% A FORMIC ALDEHYDE 37% A FORMIN SOLNS A 1198 FORMOL 37% A FORMOSA CAMPHOR OIL A FORMYL TRICHLORIDE A FORMYL-DIMETHYL AMINE A 1779 FORMYLIC ACID A 1779 FORMYLIC ACID 10% (WATER) A FREON 11 A FREON 113 A FREON 12 A FREON 21 A FREON 22 A FREON F-12 A FROTA (LUBE OIL) A FROTA AERO A (100) FROTA BRIGHT STOCK A (100) FROTEA (LUBE OIL) A (100) FRUIT JUICES A FUEL JET SUPER A FUEL OIL A (100) FUEL OIL NO.1 (KEROSENE) A FUEL OIL NO.1-D A FUEL OIL NO.2 A FUEL OIL NO.2-D A FUEL OIL NO.4 A FUEL OIL NO.5 A FUEL OIL NO.6 A FUMARIC ADDUCT OF RESIN(WATER DISPERSION A FUMIGRAIN A FUMING SULFURIC ACID A 1199 FURALDEHYDE,2- A FURALE A FURAN,2-CARBONAL A FURAN,TETRAHYDRO- A FURANCARBINOL,2- A 1199 FURANCARBOXALDEHYDE,2- A 2215 FURANDIONE,2,5- A 2874 FURANMETHANOL,2- A 1179 FURFURAL (DOT) A FURFURALDEHYDE A FURFUROL A FURFUROLE A 2874 FURFURYL ALCOHOL A 1199 FUROLE A 2874 FURYL ALCOHOL A 2874 FURYLCARBINOL A FURYL-METHANAL,2- A FUSEL OIL A FUSEL OIL, ACID FREE (AMYL ALCOHOL) A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",47);arrFiles[15]=new Array(16,"charts/gg.asp","2005-09-21","APC Chemical Resistance Guide - G","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating G GAFCOL EB A GALLOTANNIC ACID A GAMMA-BUTYROLACTONE A GAMMA-CHLOROALLYLCHLORIDE A GAMMA-CHLORO-I-BUTYLENE A GAMMA-CHLOROPROPYLENE OXIDE A GAS OILS A GAS OILS LOW POUR A GAS OILS LOW SULPHUR A GAS PLANT NAPHTHA (PETROLEUM NAPHTHA) A 1203 GASOLINE A 1203 GASOLINE (WITH TETRAETYL LEAD) A 1203 GASOLINE AIRCRAFT A GASOLINE BLENDING AGENTS A 1203 GASOLINE CONDENSATE A GASOLINE GRADE TERT-BUTYL ALCOHOL A 1203 GASOLINE LIGHT A 1203 GASOLINE LOW POUR A 1203 GASOLINE LOW SULPHUR A GASOLINE POLYMER A 1203 GASOLINE PREM GRADE MOTOR LEADED A 1203 GASOLINE PREM GRADE MOTOR UNLEADED A 1203 GASOLINE REFORMED A 1203 GASOLINE REG. GRADE MOTOR LEADED A 1203 GASOLINE REG. GRADE MOTOR UNLEADED A 1203 GASOLINE STRAIGHT RUN A 1203 GASOLINE WHITE A 1203 GASOLINE(NAPHTA AND SOLVENTS) A GASUOL A GENICA OIL A GENKLENE A GERANIUM OIL A GLACIAL PHOSPHORIC ACID - GLASS - GLASS SOLUBLE A GLUCONIC ACID A GLUCONIC ACID 50% A GLUCOSE A GLUCOSE SOLN A GLUTARALDEHYDE SOLUTIONS BELOW 50% A GLUTARIC ACID DIMETHYL ESTER A GLYCERIN, ANHYDROUS A (100) GLYCERIN, SYNTHETIC A (100) GLYCERINE A (100) GLYCERINE, CRUDE A (100) GLYCERINE, DYNAMITE A (100) GLYCERINE, USP A (100) GLYCERITOL A (100) GLYCEROL A (100) GLYCEROL MONO ACETATE A GLYCEROL MONO OLEATE A GLYCEROL MONO STEARATE A GLYCEROL POLYALKOXYLATE A GLYCEROL TRIACETATE A GLYCERYL TRI-ACETATE (TRIACETIN) A GLYCIDYL ESTER OF C10TRIALKYLACETIC ACID A GLYCIDYL ESTER OF TRIDECYLACETIC ACID A GLYCIDYLESTER OF C10 TRIALKYLACETIC ACID A GLYCINE SODIUM SALT SOLN A GLYCINOL A GLYCOGENIC ACID 50% A GLYCOL A GLYCOL ACETATE A GLYCOL ALCOHOL A GLYCOL ALKYL ETHERS A GLYCOL BIS(HYDROXYETHYL)ETHER A (100) GLYCOL CHLOROHYDRIN A GLYCOL CYANOHYDRIN A GLYCOL DIACETATE A GLYCOL DIBROMIDE A GLYCOL DICHLORIDE A GLYCOL ETHER A GLYCOL ETHYL ETHER A GLYCOL ETHYLENE ETHER A GLYCOL MONOBUTYL ETHER A GLYCOL MONOBUTYL ETHER ACETATE A GLYCOL MONOCHLOROHYDRIN A GLYCOL MONOETHERS A GLYCOL MONOETHYL ETHER A GLYCOL MONOETHYL ETHER ACETATE A GLYCONIC ACID 50% A GLYCYL ALCOHOL A (100) GLYOXAL A GLYOXAL 25% IN WATER A GLYOXAL 40% IN WATER A GLYOXYLALDEHYDE A GLYOXYLALDEHYDE 25% (WATER) A GLYOXYLALDEHYDE 40% (WATER) A GRAIN A GRAIN ALCOHOL A GRAIN OIL (FUSEL OIL) A GRAPE JUICE CONCENTRATE A GRAPEFRUIT JUICE A GRAPESEED OIL A (100) GRAPESTONE OIL A (100) GREASE A (100) GREASE OIL A (100) GREASE, YELLOW A (100) GROUNDNUT OIL (PEANUT OIL) A (100) GROUNDNUT OIL FATTY ACIDS A (100) GULF (LUBE ADDITIVE) A GULF (LUBE OIL) A (100) GULF BASES A GULF BRIGHT STOCK A (100) GULF SOLVENT NEUTRAL A GULF SOLVENT PALE A GULF TEXOIL A GUM SPIRITS OF TURPENTINE A GUM TURPENTINE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",42);arrFiles[16]=new Array(17,"charts/guide.asp","2005-09-21","APC Chemical Resistance Guide","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: A G M S Y B H N T Z C I O U D J P V E K Q W F L R X EXAMPLE: To find Methanol click on M and go to Methanol. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",27);arrFiles[17]=new Array(18,"charts/hh.asp","2005-09-21","APC Chemical Resistance Guide - H","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating H HALIBUT LIVER OIL A (100) HALIVER OIL A (100) HALLUCINOGEN (40% OR LESS) - HALON A HALON 1001 A HALON 104 A HAN AND HAWS NAPHTHA A HAN MINERAL SPIRITS A HARD CORE OIL (CTLA POLYMER) A (100) HARDENED OILS A (100) HARTSHORN OIL A (100) HAWS MINERAL SPIRITS A (100) HAZELNUT OIL A (100) HEARTCUT DISTILLATE OIL A (100) HEATING OIL A (100) HEAVY FUEL OILS A (100) HEAVY INDUSTRIAL FUEL A (100) HEAVY OIL A (100) HEAVY OIL A,B,C. A HEMITERPENE A HEMP OIL A HEMPSEED OIL A HEPT-2-ENE A HEPTADECANE A HEPTADECANE 3-HEPTANOL A HEPTADECANOIC ACID A HEPTADECENE,1- A HEPTAMETHYLENE A HEPTAN-1-OL A HEPTAN-4-ONE A 1206 HEPTANE A HEPTANE CARBOXYLIC ACID A 3265 HEPTANOIC ACID A HEPTANOIC ACID,N- A HEPTANOL (ALL ISOMERS) A HEPTANOL ISO A HEPTANOL N A 2810 HEPTANOL,1- A HEPTANOL,2- A HEPTANOL,3- A 1110 HEPTANONE,2- A 1224 HEPTANONE,3- A 2710 HEPTANONE,4- A HEPTENE A HEPTENE (MIXED ISOMER) A HEPTENE,1- A HEPTENE,2- A HEPTENE,2-CIS A 1993 HEPTENE,2-TRANS A HEPTENE,3- A HEPTOIC ACID A HEPTYL ACETATE A 2810 HEPTYL ALCOHOL A HEPTYL ALCOHOL ISO A HEPTYL ALCOHOL N A HEPTYLCARBINOL A HEPTYLENE A HERRING OIL A HESS EXTENDER OIL A HEXACECANOL (CETYL ALCOHOL) A HEXACHLORO-1,3CYCLOPENTADIENE,1,2,3,4,5 A HEXACHLOROCYCLOPENTADIENE A HEXACHLORODIPHENYL OXIDE A HEXACHLOROPENTADIENE A HEXADECANOIC ACID A (60) HEXADECANOIC ACID PROPYL ESTER A HEXADECANOL,1- A HEXADECENE,1- A HEXADECYL ALCOHOL (CETYL ALCOHOL) A HEXAHYDRIC ALCOHOL A HEXAHYDRIC ALCOHOL 70% SOLUTION A HEXAHYDROANILINE A HEXAHYDROBENZENE (CYCLOHEXANE) A HEXAHYDROCUMENE A HEXAHYDROCYMOL A HEXAHYDROPHENOL A HEXAHYDROTOLUENE A HEXALIN A HEXALIN ACETATE A HEXAMETHYLENE A HEXAMETHYLENE AMINE 70% IN WATER A HEXAMETHYLENE DIAMINE ADIPATE A HEXAMETHYLENE DIAMINE ADIPATE (50% IN WATER) A HEXAMETHYLENE DIAMINE SOLN A HEXAMETHYLENE GLYCOL A HEXAMETHYLENE TETRAMINE 70% IN WATER - HEXAMETHYLENE TETRAMINE SOLNS - 2280 HEXAMETHYLENEDIAMINE,1,6- A 2493 HEXAMETHYLENEIMINE A HEXAMETHYLENETETRAMINE (HMTA) A HEXAMINE 70% IN WATER A HEXAMINE SOLNS A HEXANAPHTHENE A HEXANAPHTHYLENE A 1208 HEXANE A 1208 HEXANE ALL ISOMERS A 2280 HEXANE DIAMINE,1,6- A HEXANE ISO A HEXANE TRIOL A HEXANEDINITRILE A HEXANEDIOIC ACID DINITRILE A HEXANEDIOL A HEXANEDIOL,1,6- A HEXANETRIOL,1.2.6-. A 2829 HEXANOIC ACID A 2282 HEXANOL A HEXANOL ISOBUTYRATE A 2282 HEXANOL,1- A HEXANOLS (ALL ISOMERS) A HEXANON,2- A 2370 HEXENE A 2370 HEXENE,1- A 1993 HEXENE-2,CIS A HEXOIC ACID A 3272 HEXYL ACETATE A HEXYL ACETATE ISO. A HEXYL ACETATE N. A 2282 HEXYL ALCOHOL A 2282 HEXYL ALCOHOL ISO A 2282 HEXYL ALCOHOL,ISO,NORMAL A 2282 HEXYL ALCOHOL,SEC- A HEXYLENE A HEXYLENE GLYCOL A HEXYLIC ACID A HEXYLMETHANE A HIGH HAWS (MINERAL SPIRITS) A HITEC E-2770 A HITEC E320 A HITEC E611 A HITEC E611M A HITEC E644 A HITEC E686 A HMDA A HMI A HOG GREASE A (100) HY-1,2,3-PROPANETRICARBOXYLIC,2-ACID 25% A HY-1,2,3-PROPANETRICARBOXYLIC,2-ACID 5% A HYAMSULPHATE A HYBASE (LUBE ADDITIVE) A HYDRACRYLONITRILE A HYDRALIN A HYDRAULIC FLUID CAR A HYDRAULIC FLUIDS (ESTERS) A HYDRAULIC FLUIDS (PETROLEUM HYDROCARBON) A HYDRAZINE A HYDRAZINE 10% A HYDRAZINE BASE A HYDRAZINE BASE 10% A HYDRAZINE HYDRATE A HYDRAZINE HYDRATE 10% A HYDRO CRACKATE (GASOLINE) A 1788 HYDROBROMIC ACID A HYDROCARBONS ALIPHATIC A HYDROCARBONS ALPHA A HYDROCARBONS AROMATIC A 1789 HYDROCHLORIC ACID A 1789 HYDROCHLORIC ACID (AQUEOUS) A 1789 HYDROCHLORIC ACID 10% A 1789 HYDROCHLORIC ACID 20% A 1789 HYDROCHLORIC ACID 36% A 1789 HYDROCHLORIC ACID 5% A 1789 HYDROCHLORIC ACID SOLUTIONS A HYDROCHLORIC ETHER A HYDROCHLORIDE A HYDROCYMETHYLFURAN,2- A HYDRODILICOFLUORIC ACID A HYDROFLUID HFC A HYDROFLUORIC ACID 10% A HYDROFLUORIC ACID 42% N HYDROFLUORIC ACID SOLUTIONS A HYDROFLUORIC ACID,ANHYDROUS (DOT) N HYDROFLUOROSILICIC ACID (DOT) A HYDROGEN CARBOXYLIC ACID A HYDROGEN CARBOXYLIC ACID 10% A HYDROGEN CARBOXYLIC ACID 10% (WATER) A HYDROGEN CHLORIDE (ANHYDROUS) N HYDROGEN CHLORIDE (AQUEOUS) A HYDROGEN CHLORIDE 10% A HYDROGEN CHLORIDE 20% A HYDROGEN CHLORIDE 36% A HYDROGEN CHLORIDE 5% A HYDROGEN CHLORIDE SOLUTION A HYDROGEN DIOXIDE 3% A HYDROGEN FLUORIDE N HYDROGEN FLUORIDE 10% A HYDROGEN HEXAFLUOROSILICATE A 2015 HYDROGEN PEROXIDE 3% A 2015 HYDROGEN PEROXIDE SOLNS (60-70%) N 2015 HYDROGEN PEROXIDE SOLNS (8-20%) A HYDROGEN PEROXIDE, 90 % N HYDROGEN SULFIDE (SATURATED) A HYDROGEN SULPHATE A HYDROGEN SULPHATE 10% A HYDROGEN SULPHATE 30% A HYDROGEN SULPHATE 98% N HYDROGEN SULPHIDE (SOLNS) A HYDROGENATED COCONUT OIL A (100) HYDROGENATED OILS A HYDROXIDE OF AMMONIUM 10% A HYDROXY ETHER A HYDROXY-1,3-DIMETHYLBENZENE,5- A HYDROXY-2,4-DICHLOROBEZENE,1- A HYDROXY-2-KETO-4-METHYLPENTANE,4- A HYDROXY-2-METHYLBENZENE,1- A HYDROXY-2-METHYLPROPIONITRILE,2- A HYDROXY-2-NITROBENZENE (MOLTEN) A HYDROXY-3-METHYLBENZENE,1- A HYDROXY-4-(METHYLTHIO)BUTANOL,2- ACID A HYDROXY-4-METHYL-2-PETANONE,4- A HYDROXY-4-METHYLBENZENE,1- A HYDROXY-4-METHYLPENTAN-2-ONE,4- A HYDROXYBENZENE A HYDROXYBUTANAL,3- A HYDROXYBUTANE,2- A HYDROXYCYCLOHEXANE A HYDROXYDIETHYLETHER,2,2- A HYDROXYDIMETHYLBENZENE A HYDROXYETHYL ACRYLATE,2- A HYDROXYETHYL AMINE,2- A 2735 HYDROXYETHYL ETHYLENE DIAMINE A 2735 HYDROXYETHYLDIMETHYL AMINE,2- A HYDROXYHEXANE,1- A 1541 HYDROXY-ISOBUTYRONITRILE,ALPHA A 2865 HYDROXYL AMMONIUM SULFATE A HYDROXYL NO. 253 A HYDROXYLAMINE (SOLUTION) A 2865 HYDROXYLAMINE SULFATE A HYDROXYMETHYLPROPANE,1- A HYDROXY-M-XYLOL A HYDROXYPROPANE,1- A HYDROXYPROPANENILE,3- A HYDROXYPROPENE A HYDROXYPROPIONITRILE,3- A HYDROXYTERMINATED POLYBUTADIENE A 2076 HYDROXYTOLUENE 10% A 2076 HYDROXYTOLUENE 100% A 2076 HYDROXYTOLUENE, ALPHA A 2076 HYDROXYTOLUENE, META- A 2076 HYDROXYTOLUENE, ORTHO- A 2076 HYDROXYTOLUENE, PARA- A 2076 HYDROXYTOLUENE,3- A 2076 HYDROXYTOLUENES A HYDROXYTRIETHYL AMINE,2- A HYPNONE A HYPOCHLORIDE BLEACH A HYPOCHLORITE A HYPOCHLORITE 10%,15% A HYPOCHLORITE BLEACH 10% A HYPOCHLORITE BLEACH 5% A HYPOCHLORITE OF CALCIUM 15% A HYPOCHLORITE OF CALCIUM SOLN A HYPOCHLORITE OF LIME 13% OR LESS A HYPOCHLORITE OF LIME 15% A HYPOCHLORITE OF LIME SOLN A HYPOCHLORITE SOLN 15% OR LESS A HYPOCLORITE SOLUTIONS 5% A HYTROL 0 A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",66);arrFiles[18]=new Array(19,"charts/ii.asp","2005-09-21","APC Chemical Resistance Guide - I","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating I I-BUTENYL CHLORIDE A I-CRESOL(MIX OF O-P-M-CRESOL) A I-CRESOL,I-(MIXTURE O,M,P CRESOL)100% A I-DIPROPYLMETHANE A IMINOBISETHYL AMINE,2,2 A IMINODIETHANOL,2,2- A INACCTIVE LIMONENE A INDOPOL H 300 POLYBUTYLENE A INDOPOL H POLYBUTYLENE A INDUSTRIAL FATS A INDUSTRIAL GREASE A INFERIOR KEROSENE (SEE KEROSENE) A INSOL U. (U.F.RESIN) A INSULATING OILS A IOL, CABLE 0-50 A 1219 IPA A IPDI A I-PROPANOL,1,1-OXYDI- A IRON CHLORIDE,COPPER CHLORIDE MIXTURE - ISCEON 131 - ISOACETOPHORONE - 1104 ISOAMYL ACETATE A 1105 ISOAMYL ALCOHOL A ISOAMYL ALCOHOL PRIM A ISOAMYL ETHANOATE A ISOAMYL METHYL KETONE A 2460 ISOAMYLENES A ISOAMYLHYDRIDE - 2214 ISOBENZOFURAN DIONE,1,3- - 2396 ISOBUTANAL A 1212 ISOBUTANOL A ISOBUTANOL ISOBUTYL FORMATE MIXTURES A ISOBUTENE A ISOBUTENOL A ISOBUTENYL METHYL KETONE A 1213 ISOBUTYL ACETATE A 1213 ISOBUTYL ACETATE 85% A 2527 ISOBUTYL ACRYLATE A 1212 ISOBUTYL ALCOHOL A 1214 ISOBUTYL AMINE A ISOBUTYL CARBINOL,PRIM A 2393 ISOBUTYL FORMATE A ISOBUTYL FORMATE ISOBUTANOL MIXTURES A 2528 ISOBUTYL ISOBUTYRATE A 2283 ISOBUTYL METHACRYLATE A ISOBUTYL METHACRYLATE MONOMER A 2393 ISOBUTYL METHANOATE A 1245 ISOBUTYL METHYL KETONE A ISOBUTYL PROPENOATE A 1993 ISOBUTYLBENZENE A ISOBUTYLENE A ISOBUTYLENTRIMER A ISOBUTYLTRIMETYHLMETHANE A 2045 ISOBUTYRALDEHYDE A ISOBUTYRIC ACID A ISOBUTYRIC ACID HEXANOL ESTER A ISOBUTYRIC ACID ISOBUTYL ESTER A ISOBUTYRIC ALDEHYDE A 2284 ISOBUTYRONITRILE A ISOCAPRYLIC ACID A ISOCUMENE A ISODECALDEHYDE A ISODECANE A ISODECANOL(MIXED ISOMERS) A ISODECYL ACRYLATE A ISODECYL ALCOHOL A ISODECYL METHACRYLATE A ISODECYLDIPHENYL PHOSPHATE A ISODODECANE A ISODODECANOL A ISOFORON A ISOHEPTANE A ISOHEPTANOL A 1208 ISOHEXANE A 1987 ISOHEXANOL A ISOHEXYL ALCOHOL A ISOHOL A ISOL A ISONONANOIC ACID A ISONONANOL A ISONONYL ALCOHOL A 1262 ISOOCTANE A ISOOCTANOIC ACID A ISOOCTANOL A ISOOCTYL ALCOHOL A ISOOCTYL PHTHALATE A ISOPAR E A ISOPAR G A ISOPAR H A ISOPAR K A ISOPAR L A ISOPAR M A ISOPARAFFINS A ISOPENTALDEHYDE A 1265 ISOPENTANE A ISOPENTANOL A ISOPENTENE A ISOPENTYL ACETATE A 1105 ISOPENTYL ALCOHOL A ISOPENTYL METHYL KETONE A ISOPHORONE A ISOPHORONE DIAMINE A ISOPHORONE DIISOCYANATE A 1218 ISOPRENE A 1219 ISOPROPANOL A ISOPROPANOL AMINE A ISOPROPENYL CARBINOL A 2303 ISOPROPENYLBENZENE A ISOPROPENYLBENZENE (INHIBITED) A 1159 ISOPROPOXYPROPANE,2- A 1202 ISOPROPYL ACETATE (DOT) A 1219 ISOPROPYL ALCOHOL A 1221 ISOPROPYL AMINE (50%) A 1221 ISOPROPYL AMINE 100% A 1918 ISOPROPYL BENZENE A ISOPROPYL CELLOSOLVE A ISOPROPYL CELLOSOLVE ACETATE A 1159 ISOPROPYL ETHER A ISOPROPYL GLYCOL A ISOPROPYL GLYCOL ACETATE A ISOPROPYL OXITOL A ISOPROPYL OXITOL ACETATE A ISOPROPYL PALMITATE A ISOPROPYL-1-METHYLBENZENE,4- A ISOPROPYL-2-METHYLETHYLENE,1- A ISOPROPYL-4-METHYLBENZENE,1- A 1245 ISOPROPYLACETONE A ISOPROPYLBENZOL A ISOPROPYLCARBINOL A ISOPROPYLCYANOHYDRIN - 1993 ISOPROPYLCYCLOHEXANE A ISOPROPYLFORMIC ACID - ISOPROPYLIC ETHER A ISOPROPYLIDENE ACETONE A ISOPROPYLMETHYLBENZENE A 2046 ISOPROPYLTOLUENE A ISOTHIOCYANATO PROPENE,3- A ISOTHIOCYANIC ACID ALLYL ESTER A ISOTRIDECYL ALCOHOL A ISOVALERAL A 2058 ISOVALERALDEHYDE A ISOVALERIC ALDEHYDE A ISOVALERONE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",47);arrFiles[19]=new Array(20,"charts/jj.asp","2005-09-21","APC Chemical Resistance Guide - J","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating J JAPANESE CAMPHOR OIL A JAVELLE WATER A JAVELLE WATER 15% OR LESS A JAVELLE WATER 5% A JAVELLEÕS DISINFECTING 5% A JAVELLEÕS DISINFECTING LIQUOR A JAVELLEÕS DISINFECTING LIQUOR 10%,15% A JAVELLES DISINFECTING LIQUOR 15% OR LESS A JEFFERSOL A JET FUEL A JET FUEL A A.S.T.M. A JET FUEL A1 A.S.T.M. A JET FUEL ADDITIVES A JET FUEL B A.S.T.M. A JET FUEL D. ENG. RD 2486 AVCAT JP4 A JET FUEL D. ENG. RD 2488 AVCAT JP5 A JET FUEL F12 A JET FUEL F18 A JET FUEL F22 A JET FUEL F35 A JET FUEL F40 A JET FUEL F44 A JET FUEL JP 1 A JET FUEL JP 4 A JET FUEL JP 5 A JET FUEL JP-3 A JET FUEL JP6 A JET PETROL A JP-1(KEROSENE) A JP-4 A JP-5(KEROSENE,HEAVY) A JUICES, FRUIT A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",30);arrFiles[20]=new Array(21,"charts/kk.asp","2005-09-21","APC Chemical Resistance Guide - K","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating K K 52 A KAOLEX CLAY A KAOLIN CLAY SLURRY A KAOLIN SLURRY A KAPOC OIL A KARAYA GUM A KARO SYRUP A KASIL A KAURI A KAURIT CONCENTRATE-WATER SOL.(BASF) A KAURIT SOLNS A KAUTSCHIN A KAYDOL (PETROLATUM) A KAYDOL MINERAL OIL A KEL XL A KELP A KELZAN A KENFLEX A KENPLAST A KENSOL A KEREX (MINERAL SPIRITS) A 1223 KEROSENE A 1223 KEROSENE ODOURLESS A 1223 KEROSENE PREMIUM GRADE K.30 A KETOHEXAMETHYLENE A KETOPROPANE A KETREX (MINERAL SPIRITS) A KLEAROL (PETROLATUM) A KNCI-C03601 A KODAFLEX-HEXANOL ISOBUTYRATE A KRONISOL PLASTICIZERS A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",29);arrFiles[21]=new Array(22,"charts/ll.asp","2005-09-21","APC Chemical Resistance Guide - L","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating L LACTIC ACID A LACTIC ACID 5% A LACTIC ACID BUTYL ESTER A LACTIC ACID 10% AND 20% A LACTONITRILE SOLN 80% OR LESS A LACTONITRILE, 2-METHYL A LAKTANE (NORMAL PARAFFIN SOLVENT) A LAMP KEROSENE A LAMP OIL A LANCROFLEX A LANOLINE A LARD A (100) LARD OIL A (100) LARD,EDIBLE A (100) LATEX (AMMONIA INHIB) A LATEX 307 DOW A LATEX 620 DOW A LATEX 630 DOW A LATEX CX 2249 DOW A LATEX MARBON, UNI ROYAL, SYNTHETIC A LATEX NEUTRAL SHELL I.R. 700 A LATEX pH 5 TO 9 A LATEX RUBBER NATURAL(AMMONIA STABILIZED) A LATEX SYNTHETIC A LATEX SYNTHETIC (SEE ACRYLIC LATEX) A LAURIC ACID A LAURIC ACID (FATTY ACID) A LAURIC C-1298 A LAURYL ALCOHOL A LAURYL MERCAPTAN A LAURYL METHACRYLATE A LAURYL METHACRYLATE MONOMER A LAURYL PHENOL A LAURYL SULPHATE AQUEOUS SOLN (5%) A LAURYL SULPHATE AQUEOUS SOLN. A LAURYL SULPHATE SODIUM SALT A LAURYL SULPHATE SODIUM SALT (5%) A LAURYL SULPHATE SOL. A LAVENDER FLOWER OIL A LAVENDER OIL A LAW (MINERAL SPIRITS) A LEAD NAPHTHENATE A LEAD TETRAETHYL A LEAD-ALKALYS ANTI-KNOCK COMPOUNDS A LEADED GASOLINE A LEMON OIL A LIAL 125 A LIGHT CAMPHOR OIL A LIGHT DISTILLATE FEEDSTOCK (LDF) A LIGHT GASOLINE A LIGHT GASWORKS FEEDSTOCK A LIGHT OIL A LIGHT PALE LUBE OIL A LIGHT PETROLEUM (PRODUCTS) A LIGHT WATER FC 206 (3M) A LIGHT WATER FC 600 (3M) A LIGHTER FUEL A LIGNIN (50%SOL.) A LIGNIN SULFONATE (FINCH AND PRUYEN) A LIGNIN SULPHONIC ACID SALT (LOW COD) SOLN A LIGNOSITE (50%LIGNIN LIQUOR) A LIGNOSITE LIQUID A LIGNOSOL SF/SFL A LIGNOSULPHITE DU V58 A LIGROIN A LIGROIN MENERAL THINNER A LIME A LIME HYDRATE A LIME JUICE A 2319 LIMONENE A 2319 LIMONENE,INACTIVE A LINEAR ALCOHOLS (TERGITOLS) A LINEAR PARAFFIN (TRIDECANE) A LINEVOL A LINEVOL 79 A LINEVOL 911 A LINOLEIC ACID A LINOLENIC ACID A LINOLENYL ALCOHOL A LINOLIC ACID A LINSEED FATTY ACID A LINSEED OIL A LINSEED OIL FATTY ACIDS A LINSEED TYPE L-310 A 1005 LIQUEFIED AMMONIA - LIQUID AMMONIA 10% A LIQUID CAMPHOR A LIQUID FERTILIZER NITRATE SOLUTION A LIQUID FISH MEAL A LIQUID GLASS A LIQUID PITCH A LIQUID PITCH OIL A LIQUID ROSIN A LIQUID RUBBER LATEX (NATURAL&SYNTHETIC) A LONG CHAIN ALKARYL POLYETHER (C11-C20) A LONG CHAIN ALKARYL SULPHONICACID (C16-C60) A LOROL 22 A LOSUNGSMITTEL APV A LOW SULPHUR GAS OILS A LOW TOXICITY DRILLING MUD A LOWBASE CALCIUM SULPHONATE (EDWIN COOPER) A LP DISTILLATE A LUBAD-L A (100) LUBE OIL A (100) LUBE OIL ADDITIVE 77 A (100) LUBE OIL ADDITIVE AC45C SHELL A (100) LUBE OIL ADDITIVE N70C SHELL A (100) LUBE OIL ADDITIVES A (100) LUBE OIL PALE GREEN 104 SUN OIL A (100) LUBE OIL SAE 30 A (100) LUBE OIL SSR 510 SUN OIL A (100) LUBE OIL SUNDEX 812C SUN OIL A (100) LUBE OIL TC 7956 A (100) LUBE OIL TLA 321 A (100) LUBRICANT BG-30-100 A (100) LUBRICANT BG-95-95 A (100) LUBRICANT BP-400 A A (100) LUBRICANT BTP-572 A A (100) LUBRICANT-650-85 A (100) LUBRICATING OIL AND BLENDING STOCKS A (100) LUBRICATING OIL F-1269 A (100) LUBRICATING OIL F-1390 A (100) LUBRICATING OIL F-1394 A (100) LUBRICATING OIL F-2504 A (100) LUBRICATING OILS A (100) LUBRIZOL CONCENTRATE A (100) LUBRIZOL G-AGENT A (100) LUMBANG OIL A (100) LUTASOL A LUTROL-9 A LYE,POTASSIUM 10% A LYE,SODIUM 10% A LYOXAL SOLN (40%OR LESS) A LYTHENE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",46);arrFiles[22]=new Array(23,"charts/mm.asp","2005-09-21","APC Chemical Resistance Guide - M","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating M M.D.I. A M.E.G. A M.E.K. PEROXIDE A MAAC A MAC A MAGNESIUM ALKARYL SULPHONATE (C11-C50) A MAGNESIUM ALKYL PHENATESULPHIDE (C8-C20) A MAGNESIUM ALKYLSALICYLATE (11+) A MAGNESIUM CHLORIDE 35% A MAGNESIUM CHLORIDE SLURRY A MAGNESIUM CHLORIDE SOLN A MAGNESIUM HYDRATE A MAGNESIUM HYDROXIDE A MAGNESIUM HYDROXIDE SLURRY A MAIZE OIL A (100) 3261 MALEIC ACID A MALEIC ACID 10% A MALEIC ACID 5% AQUEOUS SOLN A MALEIC ACID DIBUTYL ESTER A MALEIC ACID DIETHYL ESTER A 2215 MALEIC ANHYDRIDE A MALEINIC ACID 10% A MALL OIL FATTY ACID A MALONIC ESTER A M-AMINOTOLUENE A MAOH A MARBON SYNTHETIC LATEX A MARBON WATER BASED LATEX A MARGARIC ACID A MARGARINE A MARINE FUEL AND DIESEL OIL A MARINOL A MARROCAINE CRUDE FISH OIL A MARSH GAS A MARTINI A MCA A 1134 MCB A M-CHLOROTOLUENE A M-CRESOL A M-CRESYLIC ACID A MDI A M-DIISOPROPYLBENZENE A MEA A MECB A MECS A MEETCO A MEG (ETHYLENE GLYCOL) A 1193 MEK A MENHADEN OIL A MERBITOX A MERCAPTANS A 2811 MERCAPTOBENZOLTHIAZOL SODIUM SALT SOLN A MERCURIALIN - MESAMOLL A 1229 MESITYL OXIDE A MESITYLENE A META SODIUM SOLN A METACETONIC ACID A METACRYLONITRILE A METAUPON A METHACETONE A METHACIDE A METHACRYLATE MONOMER A 2531 METHACRYLIC ACID A METHACRYLIC ACID BUTYL ESTER A METHACRYLIC ACID DODECYL ESTER A METHACRYLIC ACID DODECYL, PENTADECYL EST A METHACRYLIC ACID I-BUTYLESTER MONOMER A METHACRYLIC ACID POLYALKYL1-20 ESTER A METHACRYLIC RESIN IN 1,2-DICHLOROETHANE A METHACRYLIC RESIN/1,2DICHLOROETHANE SOLN A 3079 METHACRYLONITRILE A 2554 METHALLYCHLORIDE A 2614 METHALLYL ALCOHOL A 1198 METHANAL 100% A METHANAL 37% A METHANAMIDE A METHANAMINE A 1971 METHANE A METHANE DICHLORIDE A METHANE TETRACHLORIDE A METHANE TRICHLORIDE A METHANE,BROMO- A METHANE,CHLORODIFLUORO- A METHANE,DICHLORODIFLUORO- A METHANE,DICHLOROFLUORO A METHANE,TRICHLOROFLUORO- A METHANECARBONITRILE A 2789 METHANECARBOXYLIC ACID A METHANETHIOL A 1779 METHANOIC ACID - 1779 METHANOIC ACID 10% A 1779 METHANOIC ACID 10% (WATER) A METHANOIC ACID ISOBUTYL ESTER A 1230 METHANOL A METHANOL,(2-FURYL)- A 1230 METHANOL,TRIMETHYL- A METHANOLACETONITRILE A METHOXY TRIGLYCOL A 1987 METHOXY-1-BUTANOL,3- A METHOXY-2Õ-HYDROXYDIETHYL ETHER,2- A 3092 METHOXY-2-PROPANOL,1- A METHOXY-4-METHYL-2-PENTANONE,4- A METHOXY-4-METHYL-4-PENTANOL,2- A 1987 METHOXYBUTANOL,1- A METHOXYBUTYL ACETATE A METHOXYDIGLYCOL A METHOXYETHANOL ACETATE,2- A 1188 METHOXYETHANOL,2- A METHOXYETHYLENE LIQUID A METHOXYHYDROXYETHANE A METHOXYMETHANE - METHOXYPROPYLENE GLYCOL A 1275 METHYL ACETALDEHYDE A 1231 METHYL ACETATE (DOT) A 2218 METHYL ACETIC ACID A METHYL ACETIC ESTER A METHYL ACETO ACETATE A METHYL ACETYL A 1060 METHYL ACETYLENE/PROPADIENE MIXTURE A 1919 METHYL ACRYLATE A 2531 METHYL ACRYLIC ACID A 1230 METHYL ALCOHOL A METHYL ALDEHYDE 37% A METHYL ALLYL CHLORIDE A METHYL AMINE A 1235 METHYL AMINE SOLN (42%OR LESS) A 2053 METHYL AMYL ALCOHOL A METHYL AMYL CARBINOL A 1989 2-METHYL AMYL KETONE A 2058 3-METHYL AMYL KETONE A METHYL BENZOATE A 1105 METHYL BUTANOL A METHYL BUTYL KETONE A METHYL BUTYRALDEHYDE A METHYL BUTYRATE A 1170 METHYL CARBINOL A METHYL CARBITOL A METHYL CARBITOL ACETATE A 1188 METHYL CELLOSOLVE A 1063 METHYL CHLORIDE A 1648 METHYL CYANIDE A METHYL DIETHANOL AMINE A METHYL DIGLYCOL ACETATE A METHYL DIOXITOL A METHYL DODECANOATE A METHYL ESTER ACETIC ACID A METHYL ESTER C 810 A METHYL ETHER ACETATE.MONO- A 1120 METHYL ETHYL CARBINOL A 1193 METHYL ETHYL KETONE (DOT) A METHYL ETHYLENE GLYCOL A METHYL ETHYLENE OXIDE A 1243 METHYL FORMATE A METHYL GLYCOL A METHYL GLYCOL ACETATE A METHYL HEPTYL KETONE A METHYL HEXYL CARBINOL A METHYL HEXYL KETONE A 1230 METHYL HYDROXIDE A 2302 METHYL ISOAMYL KETONE A METHYL ISOBUTENYL KETONE A METHYL ISOBUTYL ALCOHOL A METHYL ISOBUTYL CARBINOL A 1245 METHYL ISOBUTYL KETONE A METHYL LAURATE A METHYL MERCAPTAN A METHYL METHACRTLATE MONOMER, UNIHIBITED A METHYL METHACRYLATE MONOMER A METHYL METHANOATE A 1247 METHYL METHYLACRYLATE A METHYL N-AMYLKETONE A METHYL NORMAL PROPYLBENZENE A METHYL OXIDE - 1280 METHYL OXIRANE - METHYL PENTYL KETONE A 2076 METHYL PHENOL 10% A 2076 METHYL PHENOL 100% A METHYL PHENYL KETONE A METHYL PROPENATE A 1105 METHYL PROPYL CARBINOL A 1249 METHYL PROPYL KETONE A METHYL PROPYLENE GLYCOL A METHYL SALICYLATE A METHYL TERTIARY BUTYL ETHER A METHYL TRICHLORIDE A METHYL VINYL ETHER LIQUID A METHYL-(2-HYDROXY-ETHYL)-AMINE A METHYL-1,3-BUTADIENE,2- A METHYL-1,3-BUTADIENE,3- A 1993 METHYL-1,3-CYCLOPENTADIENE A 1105 METHYL-1-BUTANOL,2- A 1105 METHYL-1-BUTANOL,3 A METHYL-1-BUTENE,3- A METHYL-1-BUTENOL,3- A METHYL-1-BUTYL ACETATE,3- A METHYL-1-HYDROXY-3-BUTYNE,2- - 1993 METHYL-1-PENTENE,2- A 1993 METHYL-1-PENTENE,4- A METHYL-1-PHENYL ETHYLENE,1- A METHYL-1-PHENYL-ETHYLENE,1-(INHIBITED) A 1212 METHYL-1-PROPANOL,2- A METHYL-1-PROPYLETHYLENE A METHYL-1-PROPYLETHYLENE,2- (2-hexeen) A METHYL-2,4-DINITROBENZENE,1- A METHYL-2-BUTANOL,2- A METHYL-2-BUTENE,2- A 2302 METHYL-2-HEXANONE,5- A METHYL-2-HYDROXY-3-BUTYNE,2- A 2560 METHYL-2-PENTANOL,2- A 2053 METHYL-2-PENTANOL,4- A 1245 METHYL-2-PENTANON,4- A 1245 METHYL-2-PENTEN-4-ONE,2- A METHYL-2-PENTYL ACETATE,4- A METHYL-2-PHENYLPROPANE,2- A 1120 METHYL-2-PROPANOL,2- A 1212 METHYL-2-PROPEN-1-OL,2- A METHYL-2-PROPENOATE A METHYL-3-METHOXYBUTANOL,3- A METHYL-3-METHOXYBUTYL ACETATE,3- A METHYL-3-METHYLENE-2,6-OCTADIENE,7- A 1229 METHYL-3-PENTEN-2-ONE,4- A METHYL-4-HYDROXYBENZENE,1- A METHYL-4-ISOPROPENYL-1-CYCLOHEXENE,1- A METHYL-4-PENTANOL,2- A METHYL-4-TERT-BUTYLBENZENE,1- A METHYL-5-ETHYLPYRIDINE,2- A METHYL-6-ETHYLANILINE,2- A METHYLACETIC ANHYDRIDE A METHYLACETONE (DOT) A 2823 METHYLACRYLIC ACID,3- A METHYLAMYL ACETATE,2- A 1294 METHYLBENZENE A METHYLBROMIDE A METHYLBUTANAL,3- A METHYLBUTANES A METHYLBUTENE A 1105 METHYLBUTENOL,2- A METHYLBUTYL ACETATE,3- A METHYLBUTYL ALCOHOL-2 A METHYLBUTYL ETHANOATE,2 A 2058 METHYLBUTYRALDEHYDE,3- A 2831 METHYLCHLOROFORM A 2296 METHYLCYCLOHEXANE A METHYLCYCLOPENTADIENE A 1993 METHYLCYCLOPENTADIENE DIMER A 1593 METHYLENE CHLORIDE A METHYLENE DIBROMIDE A 1593 METHYLENE DICHLORIDE A METHYLENE DIISOCYANATE A 1198 METHYLENE OXIDE 37% A METHYLENEBIS(4-PHENYLISOCYANATE) A METHYLENEBIS(PHENYLISOCYANATE),1,1- A METHYLENEBIS(P-PHENYLISOCYANATE) A METHYLENEDIPHENYL DIISOCYANATE,4,4- A METHYLENEDI-P-PHENYLENEDIISOCYANATE A METHYLETHENE A METHYLETHYLANILINE A METHYLETHYLMETHANE A 1262 METHYLHEPTANE,2- A 1993 METHYLHEXANE A METHYLHEXYL ACRYLATE A METHYLHYDROXYBUTYNE A METHYLIC OXIDE - 2053 METHYLISOBUTYL CARBINOL (MIBC) A 1541 METHYLLACTONITRILE,2- A METHYL-N-AMYL CARBINOL A 3082 METHYLNAPHTALENE ALPHA- A 3082 METHYLNAPHTALENE,BETA- A 3082 METHYLNAPHTHALENE A METHYLNAPHTHALENE FRACTIONS A 1664 METHYLNITROBENZENE,2- A 1664 METHYLNITROBENZENE,4- A METHYLNONANE,2- A METHYLOLPENTANE,3- A 1208 METHYLPENTANE,2- A METHYLPENTANE-2,4-DIOL,2- A METHYLPENTANEDIOL-2,2- A 1993 METHYLPENTENE-2 A METHYLPENTYL 2-ACETATE,4- A 2076 METHYLPHENOL (CRESOL) A 2076 METHYLPHENOL,-2 A 2076 METHYLPHENOL,3- A 2076 METHYLPHENOL,4- A METHYLPROPAN-2-OL,2- A 2045 METHYLPROPANAL,2- A METHYLPROPANE,2-NITRILE- A METHYLPROPANENITRILE,2- A METHYLPROPANOIC ACID,2- A METHYLPROPENE,2- A METHYLPROPENOIC ACID BUTYL ESTER,2- A METHYLPROPENOIC ACID ISOBUTYL ESTER,2- A METHYLPROPENOIC ACID ISODECYL ESTER,2- A METHYLPROPENOIC ACID METHYL ESTER,2- A METHYLPROPENOIC ACID NONYL ESTER,2- A 2531 METHYLPROPENOIC ACID,2- A 2284 METHYLPROPIONITRILE A 1213 METHYLPROPYL ACETATE,2- A METHYLPROPYL ACRYLATE A METHYLPROPYL ALCOHOL,2- A METHYLPROPYL ETHANOATE,1- A METHYLPROPYL ETHANOATE,2- A METHYLPROPYL ISOBUTYRATE A 1249 METHYLPROPYL KETONE A METHYLPROPYL METHACRYLATE,2- A METHYLPROPYL METHACRYLATE,2-MONOMER A METHYLPROPYLBENZENE A 2313 METHYLPYRIDINE,2- A 2313 METHYLPYRIDINE,3- A 2313 METHYLPYRIDINE,4- A METHYLPYRROLIDONE A 2303 METHYLSTYRENE ALPHA (INHIBITED) A 3295 METHYLSTYRENES (ORT,MET,PAR) A METHYLSULFHYDRATE A METHYLTOLUENE A METHYLTRICHLOROMETHANE A METHYLVINYLBENZENES A MIAK A 2053 MIBC A 1245 MIBK A MIC A MIC,3- A MIDDLE OIL (COAL TAR) A (100) MILK A MILK ACID A MILK ACID 10 AND 20% A MILK ACID 5% A MINERAL JELLY A MINERAL OILS A MINERAL OIL-WHITE (PETROLATUM) A MINERAL PITCH A MINERAL SEAL OIL (LUBE OIL) A 1300 MINERAL SPIRIT 3 A 1300 MINERAL SPIRITS A 1300 MINERAL SPIRITS #10 A 1300 MINERAL SPIRITS #4 A 1300 MINERAL THINNER A MINERAL WHITE OIL A MIRBANE OIL A MIXTURE OF 1 AND 2 BUTENE A M-METHYL-2-PYRROLIDONE A MOBIL (LUBE ADDITIVE) A (100) MOBIL AXLE OIL A (100) MOBIL BASE STOCK A (100) MOBIL BLEND A (100) MOBIL DTE MEDIUM (LUBE OIL) A (100) MOBIL EXA 40L A (100) MOBIL HEAVY (LUBE OIL) A (100) MOBIL LIGHT (LUBE OIL) A (100) MOBIL LUBE OIL ADDITIVE A (100) MOBIL SOL K A (100) MOBIL SOLVENT A MOBIL STOCK 495 A (100) MOBIL SUPERSOL (MINERAL SPIRITS) A (100) MOBILAD C100 A (100) MOBILSOL 4 (TRANSFORMER OIL) A (100) MOGAS A MOGAS PLATFORMATE A MOLASSES A (100) MOLASSES (CANE) A (100) MOLASSES RESIDUE FROM FERMANTATION A (100) MOLECULAR CHLORINE GAS - MOLLIC ANHYDRIDE A MONOAMYL AMINE A MONOCHLORETHANE - MONOCHLOROACETIC ACID N MONOCHLOROACETIC ACID 80%OR LESS N MONOCHLOROACETONE A MONOCHLOROBENZENE A MONOCHLORODIFLUOROMETHANE A MONOCHLOROETHANOIC ACID A MONOCHLOROETHYLENE A MONOCHLOROMETHANE A MONOCHLORONAPHTHALENE A MONOETHANOL AMINE (DOT) A MONOETHANOLETHYLENE DIAMINE A MONOETHYL AMINE (72%OR LESS) A MONOETHYL AMINE (TECHNICAL) A MONOETHYLAMINE 70% AQUEOUS A MONOETHYLENE GLYCOL A MONOETHYLENE GLYCOL DIACETATE A MONOFLUOROTRICHLOROMETHANE A MONOHYDROXYMETHANE A MONOISOPROPANOL AMINE A MONOMETHYL AMINE A MONOMETHYL ETHER ACETATE A MONOMETHYL NAPHTHALENE A MONOMETHYL NAPHTHALENE-1 A 1662 MONONITROBENZENE A MONONITROMETHANE A MONOPENTAERYTHRITOL A MONOPENTAERYTHRITOL 10% A MONOPROPYLENE GLYCOL A MONOSTYRENE A MONSANTO PLASTICIZER HB40 A MONSANTO SANTICIZER 148 A MORPHOLENE (TETRAHYDRO-1,4-OXAZINE) A 2054 MORPHOLINE A MORRHUA OIL A MOSSBUNKER OIL A MOTH BALLS (FLAKES) A MOTOR BENZOL A 1694 MOTOR FUEL ANTI-KNOCK COMPOUNDS A MOTOR OILS A (100) MOTOR SPIRIT A MOWRAH OIL A M-PHOSPHORIC ACID - MPK A M-TOLUIDINE - MURIATIC ACID (DOT) A MURIATIC ACID 10% A MURIATIC ACID 20% A 1789 MURIATIC ACID 36% A MURIATIC ACID 5% A MURIATICA ACID (AQUEOUS) A MUSTARD OIL A MUSTARD SEED OIL A MUTTON TALLOW OIL A (100) M-XYLENE A M-XYLENOL A MYNSTIC C-1495 A MYRCENE A MYRISTYL ALCOHOL A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",93);arrFiles[23]=new Array(24,"charts/nn.asp","2005-09-21","APC Chemical Resistance Guide - N","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating N N ALKYLENE 550-CONOCO A N ALKYLENE 600-CONOCO A N HEPTANOIC ACID A N PARAFFINS A (100) N SHELL LUBE OIL ADDITIVE A N-(2-AMINOETHYL)-1,2-ETHANE DIAMINE A N-(2-AMINOETHYL)-ETHYLENE DIAMINE A N-(2-HYDROXYETHYL)ETHYLENE DIAMINE A N-(HYDROXYETHYL)ETHYLENE DIAMINE TRIACETIC A N,N-DIETHYLETHANOL AMINE A N,N-DIMETHYL FORMAMIDE A N,N-DIMETHYLAMINOETHANOL A N,N-DIMETHYLCYCLOHEXYL AMINE A N,N-DIMETHYLETHANOL AMINE A N,N-DIMETHYL-N-(2-HYDROXYETHYL) AMINE A N.P.K. MIXTURES A NALKYLENE 550-CONOCO A NALKYLENE 600-CONOCO A N-AMINOETHYLETHANOL AMINE A N-AMINOETHYLPIPERAZINE A N-AMYL ALCOHOL A N-AMYL ALDEHYDE A N-AMYL AMINE A NAPHLHANTRIENE A 1255 NAPHTA DISTILLATE (DOT) A NAPHTALENESULPHONIC ACID,SODIUM SALT SOL A 1255 NAPHTHA A NAPHTHA 90/160 A NAPHTHA 90/190 A NAPHTHA BALLS (FLAKES) A NAPHTHA BTX A NAPHTHA COAL TAR A NAPHTHA CRUDE AROMATIC A NAPHTHA CRUDE CONDENSATE A NAPHTHA GASPLANT A NAPHTHA GRADE A NAPHTHA HEAVY (COAL TAR) A (100) NAPHTHA HEAVY AROMATIC A NAPHTHA LIGHT A NAPHTHA M50 A 1255 NAPHTHA NATURAL LIQUID A 1255 NAPHTHA PARAFFINIC A 1255 NAPHTHA REFINED AROMATIC A 1255 NAPHTHA SOLVENT (160 0 BENZOL) A 1255 NAPHTHA SOLVENT (DOT) A 1255 NAPHTHA TH-6PL (CHEVRON) A 1255 NAPHTHA UNFINISHED A 1255 NAPHTHA UNFINISHED CRUDE A 1255 NAPHTHA UNFINISHED VIRGIN A 1255 NAPHTHA VM & P A 1255 NAPHTHA WHOLE A 2304 NAPHTHALENE A 2304 NAPHTHALENE OIL A NAPHTHALENE-1,2,3,4-TETRAHYDRIDE A NAPHTHENE A NAPHTHENIC ACID (C 6 H 11 COOH) A (60) NAPHTHENIC ACID 180-280 SP A (60) NAPHTHENIC ACID 230 B A (60) NAPHTHENIC ACID AV165 A (60) NAPHTHENIC ACID CRUDE A (60) NAPHTHENIC ACID SODIUM SALT SOLN A (60) NAPHTHENIC ACIDS A (60) NAPHTHENIC ACIDS 180 SP SND 230 SP A (60) NAPHTHENIC OILS (EXTENDER OILS) A NAPHTHENIX OIL RESIDUES GRADES 180 AND 2 A NATRIUM KALIUM CUMOLSULFONAAT 40 A NATURAL LIQUID GAS (PETROLEUM NAPHTHA) A (100) NATURAL RUBBER LATEX A NAVY SPECIAL FUEL A NAXOL A N-BUTANAL A N-BUTANOL A N-BUTENE,1 A 2348 N-BUTYL ACRYLATE A N-BUTYL CARBINOL A N-BUTYL ETHER (INERTES) A N-BUTYL-1-BUTANE AMINE A 1120 N-BUTYLALCOHOL A 2820 N-BUTYRIC ACID A N-CAPROYLHYDRIDE A N-CAPRYLIC ACID A N-CETYLBENZENE A N-DECANE A N-DECANOL A N-DECYLBENZENE A N-DIBUTYL AMINE A 1149 N-DIBUTYL ETHER A N-DIETHYLAMINOETHANOL A N-DIPROPYLMETHANE A N-DODECANE A NEATSFOOT OIL A NECATORINE A NEODECANOIC ACID A NEODOL (FATTY ALCOHOL) A NEODOL 25 A NEOLENE A NEOPENTANE (DOT) A NEOPENTANOIC ACID A NESOL A N-ETHYL BUTYL AMINE A N-ETHYLCYCLOHEXYL AMINE A NEUTRAL OIL A N-HEPTADECANOIC ACID A N-HEPTANOL A N-HEPTENE A N-HEPTENE,3- A N-HEPTYL HYDRIDE A N-HEPTYLIC ACID A 1208 N-HEXANE A N-HEXANOIC ACID A N-HEXYL ALCOHOL A N-HEXYL HYDRIDE A N-HYDROXYETHL-1,2-ETHANE DIAMINE A NIAX (POLYOL) A NIAX DIOLS A NIAX HEXOL A NIAX MEXOL A NIAX PENTOLS A NIAX POLYAL A NIAX POLYOLS A NIAX TDI A NIAX TRIOLS A NIGROSINE SPIRIT SOLUBLE B A NIOBE OIL A NITER SOLN A NITRATE OF POTASSIUM SOLN A NITRATING ACID (MIXTURE OF SULPHURIC) N NITRATION BENZENE A NITRATION TOLUENE A NITRE SOLN A 2031 NITRIC ACID - 2031 NITRIC ACID 15% A 2031 NITRIC ACID 30% A 2031 NITRIC ACID 5% A 2032 NITRIC ACID 70% OR MORE N NITRIC ACID ALUMINIUM SALT 80% A 2031 NITRIC ACID SOLUTIONS - 2031 NITRIC ACID,RED FUMING 70% OR MORE N NITRILOTRI-2-PROPANOL,1,1 \',1 A NITRILOTRIACETIC ACID, TRISODIUM SALT SOL A 1662 NITROBENZENE A NITROCARBOL A 1578 NITROCHLOROBENZENE A NITROETHANE A NITROGEN DIOXIDE - NITROGEN FERTILIZERS A NITROGEN PEROXIDE A 1261 NITROMETHANE A 1663 NITROPHENOL,O- (MOLTEN) - NITROPROPAN (60%)/NITROETHANE (40%) MIXTURE - 2608 NITROPROPANE A 2608 NITROPROPANE 1 & 2 A NITROPROPANE 60% NITROETHANE,1- 40% MIXTURE A 2608 NITROPROPANE,1- A 2608 NITROPROPANE,2- A 2608 NITROPROPANES A 1664 NITROTOLUENE (ORTHO) A 1664 NITROTOLUENE (PARA) A 1664 NITROTOLUENE,M A 1664 NITROTOLUENES A 1664 NITROTOLUOL,4- A NITROUS ACID SODIUM SALT SOLN A N-METHYL-2-PYROLIDONE A N-METHYLAMINOETHANOL A N-METHYLETHANE AMINE A N-NONANOIC ACID A N-NONYLIC ACID A N-OCTADECANOIC ACID A (60) N-OCTANOL A N-OCTANOL,1- A N-OCTYL ACETATE A N-OCTYL ALCOHOL A N-OCTYLIC ACID A 1920 NONANE, N- A 3265 NONANOIC ACID A NONANOL A NONENES A NONIDET ETHYLENE OXIDE/NONYL PHENOL A NONYL ACETATE A NONYL ADIPATE,DI-ISO- A NONYL ALCOHOL A NONYL HYDRIDE A NONYL METHACRYLATE A NONYL PHENOL ETHOXYLATE A NONYL PHENOL SULPHATE SODIUM SALT A NONYLENE,1- A NONYLENES A NONYLPHENOL A NONYLPHENOL POLY(4-12) ETHOXYLATES A NOPINENE A NORMAL PARAFFINS A NORMAL PRIMARY HEXADECYLALCOHOL A NORMAL PROPYL ACETATE A NORVAL AMINE A NOXIOUS LIQ,(17)CAT.D. - NOXIOUS LIQ,F,(10)S.T.3.CAT.A. - NOXIOUS LIQ,F.(16)S.T.3,CAT.C. - NOXIOUS LIQ,N.F,(12)S.T.3,CAT.B.MP>=15DE - NOXIOUS LIQ,N.F,(13)S.T.3,CAT.B. - NOXIOUS LIQ,N.F,(14)S.T.3,CAT.B.MP>=15DE - NOXIOUS LIQ,N.F.(15)S.T.3,CAT.C. - NOXIOUS LIQ,N.F.(9)S.T.3,CAT.A. - NOXIOUS LIQ,N.O.S. CAT D - NOXIOUS LIQUID,N.F,(11)S.T.3,CAT.B. - N-PARAFFINS(C10-C20) A (100) N-PENTENE A N-PROPANOL A N-PROPYL ALCOHOL A N-PROPYL AMINE A N-PROPYLBENZENE A NSC 5356 - N-TRIDECANE A N-TRIDECYL ALCOHOL A N-UNDECANE A N-UNDECYL ALCOHOL A NUTMEG BUTTER A (100) NUTMEG BUTTER OIL A (100) 2058 N-VALERALDEHYDE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",60);arrFiles[24]=new Array(25,"charts/oo.asp","2005-09-21","APC Chemical Resistance Guide - O","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating O O-AMINOTOLUENE A O-BENZENEDICARBOXYLIC ACID, DIOCTYL ESTE A O-CHLORONITROBENZENE A O-CHLOROTOLUENE A O-CRESOL A O-CRESYLIC ACID A OCTADECADIENOIC ACID,9-,12-(LINOLIC)ACID A OCTADECANE A OCTADECANE,N- A OCTADECANOIC ACID BUTYL ESTER A OCTADECANOIC ACID,CIS-9- A OCTADECANOL,1- A OCTADECATRIENOIC ACID,9-,12-,15- A OCTADECENE A OCTADECENE, 1- A OCTADECENOAMIDE A OCTADECENOAMIDE SOLN A OCTADECENOIC ACID,9.10- A OCTADECENOL A OCTADECNOIC ACID,CIS-,9- A OCTADECYL ALCOHOL A OCTANE, ISO, NORMAL A OCTANECARBOXYLIC ACID,1- A OCTANOIC ACID A OCTANOL (ALL ISOMERS) A OCTANOL,1- A OCTANOL,2-N- A OCTANONE,2- A OCTANONE,3- A OCTARO A 3295 OCTENE A 3295 OCTENE (MIXED ISOMERS) A 3295 OCTENE,1- A 3295 OCTENE,2- A OCTYL ACETATE A OCTYL ACETATE-ISO & N A OCTYL ACRYLATE A OCTYL ALCOHOL, SEC-N- A OCTYL CARBINOL A OCTYL CHLORIDE A OCTYL HYDRIDEA A OCTYL NIRATES MIX A OCTYL NITRATES (ALL ISOMERS) A OCTYLALCOHOL N. A OCTYLBENZENE A OCTYLDECYL ADIPATE A (100) OCTYLDECYL PHTHALATE A (100) OCTYLENE,1- A OCTYLIC ACID A OCTYLNITRATES (ALL ISOMERS) A ODB A ODCB A ODECANOIC ACID (LAURIC ACID) A 1591 O-DICHLOROBENZENE A O-DIETHYLBENZENE A O-DIISOPROPYLBENZENE A ODOURLESS KEROSINE A O-ETHYLPHENOL A OFA 414 (CHEVRON) A (100) O-HYDROXYTOLUENE A OIL 1102 A 1662 OIL OF MIRBANE A OIL OF MUSTARD,ARTIFICIAL A OIL OF TURPENTINE A OIL OF VITRIOL 65% A OILS MINERAL A (100) OILS REFINED COCONUT A (100) OILS REFINED COTTONSEED A (100) OILS REFINED D.C.O. A (100) OILS REFINED LINSEED A (100) OILS REFINED OITICICA A (100) OILS REFINED PALM A (100) OILS REFINED SAFFLOWER A (100) OILS REFINED SOYA A (100) OILS REFINED TUNG A (100) OILS VEGETABLE A (100) OITICICA OIL A (100) OLAMINE - OLEFIANT GAS A OLEFIN MIXTURES (C5-C7) A OLEFIN MIXTURES(C8-C12) A OLEFIN/ALKYLESTER COPOLYMER (MM2000+) A OLEFINES STRAIGHT CHAIN MIXTURE A OLEFINS A OLEFINS (C13 AND ABOVE) ALL ISOMERS A OLEFINS (C6-C8 ) MIXTURES A OLEFINS 103 A OLEFINS ALPHA A OLEIC ACID A (100) OLEIC ACID TRIGLYCERIDE A (100) OLEIN A OLEINE A (100) 1831 OLEUM (FUMING SULFURIC ACID) A OLEUM SINAPIS VOLATILE A OLEYL ALCOHOL A OLEYL DICHLOROBENZENE A OLIVE OIL A (100) OLIVE OIL FATTY ACIDS A (100) OLOA A OMEGA-CHLOROTOLUENE A O-METHYL PHENOL A ONCB A O-NITROCHLOROBENZENE A O-OXYTOLUENE A O-PHTHALIC ACID DIBUTYL ESTER A ORANGE JUICE A ORANGE OIL A ORANGE OIL, SWEET A ORANGE PEEL OIL, SWEET A ORGOL TAR A ORONITE LUBE OIL ADDITIVE 219 A (100) ORONITE LUBE OIL ADDITIVE 246B A (100) ORONITE LUBE OIL ADDITIVE 246X A (100) ORONITE LUBE OIL ADDITIVE 247B A (100) ORTHOBORIC ACID A ORTHOBORIC ACID 10% A ORTHODICHLOROBENZENE A 1664 ORTHONITRO TOLUENE A 1805 ORTHOPHOSPHORIC ACID - 85% - 2834 ORTHOPHOSPHORIC ACID - 98% - ORTHOTOLYL CHLORIDE A O-SEC-BUTYLPHENOL A OSMOSOL EXTRA A O-T-BUTYLPHENOL A O-TOLUIDINE A O-TOLYL PHOSPHATE A OXA-1,5-PENTANEDIOL,3- A 1993 OXA-4-AZACYLOLHEXANE,1- A OXACYCLOPENTANE A OXACYCLOPROPANE A OXAL A OXAL 25% (WATER) A OXAL 40% (WATER) A OXALDEHYDE A OXALDEHYDE 25% (WATER) A OXALDEHYDE 40% (WATER) A OXALIC ACID A 3261 OXALIC ACID (10-25%) A 3261 OXALIC ACID SOLÕNS. A 3261 OXALIC ACID, DRY A OXAMMONIUM A OXAMMONIUM (SOLUTION) A OXAMMONIUM SULFATE A OXAPENTANE-1,5-DIOL,3- A OXIDE OF CALCIUM A OXIDE OF ETHYLENE - OXIDISED OIL A OXIDOETHANE - OXINOL - OXIRANE - OXITOL A OXITOL ACETATE A OXO ALCOHOL (ISOCTYL ALCOHOL) A OXOBUTANOIC ACID ETHYL ESTER,3- A OXOLANE A 1671 OXYBENZENE A OXYBIS(2-CHLORO)ETHANE,1- A 1149 OXYBISBUTANE,1,1Õ- A 1159 OXYBISPROPANE,2,2- A OXYBUTANAL A OXYBUTYRIC ALDEHYDE A OXYDI-2-PROPANOL,1,1- A OXYDIETHANOL,2,2Õ- A OXYISOBUTYRIC NITRILE A O-XYLENE A OXYMETHYLENE 100% A OXYMETHYLENE 37% A OXYTOL ACETATE A OXYTOLUENES A OXYTOLUENES 10% A OXYTOLUENES 100% A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",52);arrFiles[25]=new Array(26,"charts/pp.asp","2005-09-21","APC Chemical Resistance Guide - P","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating P P,PÕ-METHYLENEBIS(PHENYLISOCYANATE) A P.V.A. EMULSION A P-ACETALDEHYDE A PAGE OIL A PALATINOL (DI-(2-ETHYLHEXYL) PHTHALATE) A PALATINOL (DI-(2-ETHYLHEXYL) PHTHALATE) A PALATINOL AH (DIETHYL HEXYL PHTHALATE) A PALATINOL BB (BUTYLBENZYLPHTHALATE) A PALE OIL (LUBE OIL) A (100) PALM BUTTER A (100) PALM FATTY ACID DISTILATE A (100) PALM GREASE A (100) PALM KERNEL METHYL ESTER A (100) PALM KERNEL OIL A (100) PALM KERNEL OIL (SULPHURIC ACID FREE) A (100) PALM KERNEL OIL FATTY ACIDS A (100) PALM NUT OIL A (100) PALM NUT OIL FATTY ACID METHYL ESTER A (100) PALM OIL A (100) PALM OIL (REFINED SULFURIC ACID FREE) A (100) PALM OIL CRUDE A (100) PALM OIL CRUDE (SULFURIC ACID FREE) A (100) PALM OIL FATTY ACID METHYL ESTER A (100) PALM OIL FATTY ACIDS A (100) PALM OIL METHYL ESTER A (100) PALM OIL NEUTRALISED A (100) PALM OIL PROCESSED A (100) PALM OIL PROCESSED (SULPHURIC ACID FREE) A (100) PALM OIL STERIN (SULFURIC ACID FREE) A (100) PALM OLEIN CRUDE A (100) PALM OLEIN NEUTRALISED A (100) PALM OLEIN PROCESSED A (100) PALM STEARIN A (100) PALM STEARIN CRUDE A (100) PALM STEARIN NEUTRALISED A (100) PALM STERIN PROSSESED A (100) PALMAROSA OIL A (100) PALMITIC ACID A (100) PALMITIC ACID ISOPROPYL ESTER A (100) PALMITYL ALCOHOL (CETYL ALCOHOL) A (100) PALMSTONE OIL A (100) PANASOL AM 1 A (100) PANASOL AN 3 A (100) PANTERSÕ NAPHTHA A (100) PAPI (POLYMETHYLENE POLYPHENYL ISOCYANATE A PAPI 27 A PARACETALDEHYDE A PARADI A PARADICHLOROBENZENE A PARADYNE A PARAFFIN A (90) PARAFFIN CHLORINATED A (90) PARAFFIN CONOCO C14-C16 A (90) PARAFFIN DISTILLATE A (90) PARAFFIN KEROSENE A PARAFFIN LIQUID A PARAFFIN NAPHTHA A PARAFFIN OIL A PARAFFIN OIL WHITE A PARAFFIN SULFONATE A PARAFFIN WAX A (90) PARAFFINIC OIL, WHITE (PETROLATUM) A PARAFFINIC SULFONATE (PETROLEUM) A PARAFLOW (LUBE ADDITIVE) A PARAFLOW 149 A PARAFLOW 201 A 1264 PARALDEHYDE A PARAMID (LUBE OIL) A PARAMIN (LUBE ADDITIVES) A PARANOX (LUBE ADDITIVE) A PARAPOID A PARATE (LUBE OIL) A PARATERTIARY BUTYL TOLUENE A PARATONE (LUBE ADDITIVES) A (100) P-CHLOROTOLUENE A PCP A P-CRESOL A 2046 P-CYMENE (ISO PROPYL TOLUENE) A P-CYMOL A PDB A PDCB A P-DICHLOROBENZENE A P-DIISOPROPYLBENZENE A P-DIOXANE - PE A PEANUT ACID OIL A (100) PEANUT BUTTER A (100) PEANUT OIL A (100) 1104 PEAR OIL A (100) PEEL OIL A PEG A PEGASOL (MINERAL SPIRITS) R100 A PEGY OIL A (100) 3265 PELARGONIC ACID A PELARGONIC ALCOHOL A PENCHLOROL A PENETRATING OIL A PENNSALT OIL-SPILL EMULSIFIER 3020 A PENNSALT SOLVENT EMULSIFIER 3012 A PENOLA TURBO OIL (LUBE OIL) A 1669 PENTACHLOROETHANE (PENTALIN) A PENTACHLOROPHENOXY SODIUM A PENTACON A PENTADECENE,1- A PENTADECYL METHACRYLATE A 1993 PENTADIENE,1,3- A PENTAERYTHRITE A PENTAERYTHRITOL A PENTAERYTHRITOL 10% A 2735 PENTAETHYLENE HEXAMINE A PENTAKIL A PENTALINE A PENTAMETHYLENE A PENTAMETHYLHEPTANE A 2058 PENTANAL A 1265 PENTANE PLUS A 2927 PENTANEDIAL,1,5- SOLN BELOW 50% A 3265 PENTANOIC ACID A 1105 PENTANOL,1- A 1105 PENTANOL,2- A 1105 PENTANOL,3- A 1249 PENTANONE,2- A 1156 PENTANONE,3- A PENTANONE,4-HYDROXY-4-METHYL,2- A PENTASOD.SALT DIETHYLENETRIAMINPENT.A.A. A PENTENE MIXED ISOMERS A 1993 PENTENE, 2- A PENTENE, 2,4,4-TRIMETHYL- A 1108 PENTENE,1- A PENTOXOL A PENTOXONE A 1104 PENTYL ACETATE,1- A 1105 PENTYL ALCOHOL A 1106 PENTYL AMINE A PEPPERMINT OIL A PERC A 1873 PERCHLORIC ACID - PERCHLORIC ACID DIHYDRATE - 1897 PERCHLOROETHYLENE A 1846 PERCHLOROMETHANE A PERILLA OIL A (100) PEROXIDE OF HYDROGEN 3% A PERSPIRIT A PETROHOL A PETROL A PETROLATUM A PETROLATUM LIQUID (WHITE MINERAL OIL) A (100) PETROLEUM SULPHONATE A PETROLEUM ASPHALT A PETROLEUM BENZINE A PETROLEUM CRUDE OIL A (100) PETROLEUM DISTILLATES (NAPHTHA) A PETROLEUM ESSENCES A PETROLEUM GAS A PETROLEUM GASOLINE A PETROLEUM JELLY A (100) PETROLEUM NAPTHA (DOT) A PETROLEUM OINTMENT A (100) PETROLEUM PITCH A PETROLEUM PRODUCTS A PETROLEUM REFINED A PETROLEUM SOLVENT ALIPHATIC A PETROLEUM SOLVENT ESSO A PETROLEUM SOLVENTS A PETROLEUM SOLVENTS AROMATIC A 1993 PETROLEUM SPIRITS A PETROLEUM SULFONATE OILS (LUBE ADDITIVE) A (100) PETROLEUM SULPHONATE C-45 A (100) PETROLEUM SULPHONATE M400 A (100) PETROLEUM SULPHONATE SODIUM SALTS A (100) PETROLEUM THINNER A PETROLEUM WAX A (100) PHENIC ACID A 2312 PHENOL A 1671 PHENOL 100% A 1671 PHENOL 10-99% A PHENOL DODECYL A PHENOLATE LYE A PHENOLIC LYE A PHENOLIC OIL A PHENOXYACETIC ACID,2,4-(DICHLORO)- A PHENYL ACETALDEHYDE A 1547 PHENYL AMINE A PHENYL CHLORIDE A 3077 PHENYL ETHER A PHENYL GLYCIDYL ETHER A PHENYL HYDRATE A 1114 PHENYL HYDRIDE A PHENYL METHYL KETONE A 2303 PHENYL-1-PROPENE,2-(INHIBITED) A 1993 PHENYL-1-PROPENE,3- A PHENYL-1-XYLYLETHANE A PHENYL-1-XYLYLETHANE,1- (ALL ISOMERS) A PHENYLBENZENE A 2709 PHENYLBUTANE,2- A PHENYLCARBINOL A PHENYLDODECANE,1- A PHENYLETHENE A PHENYLETHYLENE A PHENYLFORMIC ACID A PHENYLFORMIC ACID 10% A PHENYLIC ACID A PHENYLMETHANE (TOLUENE) A PHENYLMETHANOL A PHENYLMETHYL ACETATE A PHENYLPROPANE,1- A PHENYLPROPANE,2- A 2303 PHENYLPROPENE,2- A PHENYLTRIDECANE,1- A PHOSGENE -- PHOSPHOLEUM N 1805 PHOSPHORIC ACID (DOT) A 1805 PHOSPHORIC ACID 10% A 1805 PHOSPHORIC ACID 20% A 1805 PHOSPHORIC ACID 30% A 1805 PHOSPHORIC ACID 85% A 1805 PHOSPHORIC ACID CONC. (SUPER PHOSPHORIC) A 1805 PHOSPHORIC ACID DI(2-ETHYLHEXYL) ESTER A 2323 PHOSPHORIC ACID SOLUTIONS A 2574 PHOSPHORIC ACID TRIETHYL ESTER A PHOSPHORIC ACID TRIS(METHYLPHENYL)ESTER A PHOSPHORIC ACID TRITOLYL ESTER A PHOSPHORIC SYRUP A 1381 PHOSPHORUS (WHITE) - PHOSPHORUS (YELLOW) - PHOSPHORUS CHLORIDE - PHOSPHORUS LIQUIDE - PHOSPHORUS OXIDE - 1810 PHOSPHORUS OXYCHLORIDE N PHOSPHORUS OXYTRICHLORIDE N 1810 PHOSPHORYL CHLORIDE N PHOSPORIC ACID TRIBUTYL ESTER A PHPH A PHTHALANDIONE - PHTHALATE 79 (DIISOOCTYL PHTHALATE) A PHTHALATE 911 (DIOP) A PHTHALATE PLASTICISERS A (100) PHTHALATES A PHTHALIC ACID ANHYDRIDE A PHTHALIC ACID BUTYLBENZYL ESTER A PHTHALIC ACID BUTYLOCTYL ESTER A PHTHALIC ACID DECYL ESTER A PHTHALIC ACID DIALKYL (C7-C13) ESTER A PHTHALIC ACID DIALKYL (C7-C9) ESTER A PHTHALIC ACID DIALKYL (C9-C13) ESTER A PHTHALIC ACID DIALLYL ESTER A PHTHALIC ACID DIBUTYL ESTER A PHTHALIC ACID DIETHOXYETHYL ESTER A PHTHALIC ACID DIETHYL ESTER A PHTHALIC ACID DIETHYLGLYCOL ESTER A PHTHALIC ACID DIHEPTYL ESTER A PHTHALIC ACID DIHEXYL ESTER A PHTHALIC ACID DIISOBUTYL ESTER A PHTHALIC ACID DIISONONYL ESTER A PHTHALIC ACID DIISOOCTYL ESTER A PHTHALIC ACID DIMETHYL ESTER A PHTHALIC ACID DINONYL ESTER A PHTHALIC ACID DIOCTYL ESTER A PHTHALIC ACID ETHYLHEXYL ESTER A (100) PHTHALIC ACID ISOOCTYL ESTER A PHTHALIC ACID OCTYLDECYL ESTER A (100) 2214 PHTHALIC ANHYDRIDE (MOLTEN) A P-HYDROXYTOLUENE A 2313 PICOLINE, 2- A 2313 PICOLINE, 3- A 2313 PICOLINE, 4- A PICOLINE, BEAT- A PILCHARD OIL A PIMELIC KETONE A PINE OIL A PINE TAR A PINEAPPLE JUICE A PINENE A PINENE, 2- A PINENE, ALPHA A PINENE, BETA A PIPERAZINE,1-(2-AMINOETHYL) A 1993 PIPERYLENE A P-ISOPROPYLTOLUENE A 3265 PIVALIC ACID A PLURIONIC (WYANDOTTE POLYOL) A (100) PLURONIC A (100) PM-B COMPOUNDS A PM-CB COMPOUNDS A P-MEHTA-1,8-DIENE A P-MENTHADINE,1,8(9)- A P-METHYLCUMENE A P-METHYLISOPROPYLBENZENE A P-METHYL-TERT-BUTYLBENZENE A PNT A POGY OIL A (100) POLICIZER 162 A (100) POLY (20) OXYETHYLENE SORBITAN MONOOLEATE A (100) POLY ÔNÕARCADIAN A POLYALKYL (C18-C22) ACRYLATE IN XYLENE A POLYALKYL METHACRYLATE(C1-C20) A POLYALKYLENE GLYCOL A (100) POLYALKYLENE GLYCOL BUTYL ETHER A POLYALKYLENE GLYCOLS/MONOALKYL ETHER MIX A POLYALKYLENE OXIDE POLYOL A POLYALUMINIUM CHLORIDE SOLN A POLYANILINE POLYISOCYANATE (PAPI) A POLYBUTENE A (100) POLYBUTENE 24 CHEVRON A (100) POLYBUTENE HYVIS 10 A (100) POLYBUTYLENE A (100) POLYBUTYLENE INDOPOL H300 A (100) POLYESTER A POLYESTER PRODUCTS A POLYETHER (MOLECULAR WEIGHT 2000+) A (100) POLYETHER GLYCOL A POLYETHER GLYCOL MOL WEIGHT ABOVE 200 A POLYETHYLENE GLYCOL A POLYETHYLENE GLYCOL ALKYL ETHER A POLYETHYLENE GLYCOL DIMETHYL ETHER A POLYETHYLENE GLYCOL ETHERS A POLYETHYLENE GLYCOL MONOALKYL ETHER A POLYETHYLENE IMINE (30% IN WATER) A POLYETHYLENE PELLETS (DRY) A POLYETHYLENE POLYAMINES A POLYFERRIC SULPHATE SOLN A POLYGLYCEROL A (100) POLYGLYCOL A (100) POLY-ISO-BUTENE A (100) POLYISOBUTYLENES A POLYMER-FUEL A POLYMERISED OILS A POLYMETHYLENE-POLYPHENYL-ISO-CYANATE A POLY-N-(POLY UREA PHOSPHATE FERTILIZER) A POLYOL A POLYOLEFIN (MOLECULAR WEIGHT 300+) A POLYOLEFIN AMIDE ALKENE AMINE (C29+) A POLYOLEFIN AMIDE ALKENEAMIDE (C28+) A POLYOLEFIN ESTER (C28-C250) A POLYOLEFIN PHENOLIC AMIDE (C28-C250) A POLYOXYETHYLENE A POLYOXYPROPYLENE GLYCOL A POLYOXYPROPYLENTRIOL A POLYPHOSPHORIC ACID A POLYPLURACOL A POLYPROPYLENE A POLYPROPYLENE GLYCOL A POLYPROPYLENE GLYCOL DIMETHYL ETHER A POLYPROPYLENE GLYCOL METHYL ETHER A POLYSILOXANE A POLYSOL LATEX 730 A POLYSOL LATEX XD631 A POLYSOLV A POLYSOLV EE ACETATE A POLYVINYL ACETATE EMULSION (AMM.STAB.) A POLYVINYL ACETATE LATEX A POPPY OIL A POPPYSEED OIL A PORPOISE OIL A (100) POTABLE WATER A POTASH LIQUOR 10-20% A POTASH LIQUOR 10-50% A POTASH LIQUOR 20-50% A POTASH LIQUOR 50% A (100) POTASH LYE 10-20% A POTASH LYE 10-50% A POTASH LYE 20% A POTASH LYE 20-50% A POTASH LYE 50% A (100) POTASH TRIPOLYFOSFAAT 50% A POTASSIUM CHLORIDE DRILLING BRINE A POTASSIUM HYDRATE 10-20% A POTASSIUM HYDRATE 10-50% A POTASSIUM HYDRATE 20-50% A POTASSIUM HYDRATE 50% A 1814 POTASSIUM HYDROXIDE 10-50% A (100) 1814 POTASSIUM HYDROXIDE 20% A (100) POTASSIUM HYDROXIDE 20-50% A (100) POTASSIUM HYDROXIDE 50% A (100) 1486 POTASSIUM NITRATE SOLUTIONS A (100) POTASSIUM OLEATE A POTASSIUM SILICATE A POTASSIUM SILICATE AQUEOUS SOLUTIONS A POTATO OIL A POWER KEROSENE A PPG A P-PHOSPHORIC ACID - PREMIUM GRADE KEROSINE K29 A PREMIUM GRADE KEROSINE K30 A PREMIUM GRADE MOTOR GASOLINE LEADED A PREMIUM GRADE MOTOR GASOLINE UNLEADED A PREMIUM MOGAS 98 A PREPARED TAR A (100) PRIMENE 81 R ROHM & HAAS A PRIMOL ESSO WHITE OIL A PROCESS NAPHTA A PROCESS NAPHTHA ESSO A PROCESS OIL A PROCESS OILS MINERAL ORIGIN A (100) PROCESS OILS VEGETABLE ORIGIN A 1275 PROPANAL A 1978 PROPANE A PROPANE GAS A 1541 PROPANE NITRILE A PROPANE,1,2-EPOXY- A PROPANE-2-CARBOXYLIC ACID A PROPANECARBOXLIC ACID,1- A PROPANEDIOL,1,2- A PROPANEDIOL,1,3- A 2402 PROPANETRIOL,1,2,3- A (100) PROPANOIC ACID A PROPANOIC ACID ETHENYL ESTER A 1195 PROPANOIC ACID ETHYL ESTER A PROPANOIC ACID VINYL ESTER A PROPANOIC ANHYDRIDE A 1219 PROPANOL A PROPANOL AMINE,N- A 1219 PROPANOL,1- A PROPANOL,1-METHOXY-2- A 1219 PROPANOL,2- A PROPANOL,2-METHYL,1- A 1090 PROPANONE,2- A 2929 PROPARGYL ALCOHOL A 1098 PROPEN-1-OL,2- A 1098 PROPEN-3-OL,1- A PROPENAL,2- A PROPENAMIDE SOLN BELOW 50% - PROPENE OXIDE - PROPENE TRIMER A (100) 1077 PROPENE,1- A PROPENE,1-THIOL-2- A 1093 PROPENENITRILE A 2218 PROPENOIC ACID A 2348 PROPENOIC ACID 2-BUTYL ESTER A PROPENOIC ACID 2-ETHYLHEXYL ESTER A PROPENOIC ACID ALPHA METHYL ESTER A PROPENOIC ACID BUTYL ESTER A PROPENOIC ACID DECYL ESTER A PROPENOIC ACID DIETHYLENEHEXANOL ESTER A PROPENOIC ACID HYDROXYETHYL ESTER A PROPENOIC ACID ISOBUTYL ESTER A PROPENOIC ACID ISODECYL ESTER A 1919 PROPENOIC ACID METHYL ESTER,2- A PROPENOIC ACID NITRILE A PROPENOIC ACID,2- A 1098 PROPENYL ALCOHOL,2- A PROPENYL ISOTHIOCYANATE,2- A PROPENYL METHANOATE,2- A PROPENYLBENZENE A 2810 PROPIOLACTONE (USAN) (BPL) A PROPIOLACTONE-BETA A 1275 PROPIONALDEHYDE A PROPIONALDEHYDE,2-METHYL- A 1848 PROPIONIC ACID A 2496 PROPIONIC ACID ANHYDRIDE A 2496 PROPIONIC ANHYDRIDE A 2404 PROPIONITRILE A PROPIONITRILE,3-HYDROXY- A PROPIONYL OXIDE A PROPYL (ISO) CELLOSOLVE ACETATE A PROPYL (ISO) CELLUSOLVE A PROPYL (ISO) OXITOL A PROPYL (ISO) OXITOL ACETATE A 1276 PROPYL ACETATE A 1202 PROPYL ACETATE,2- A 1274 PROPYL ALCOHOL A 1277 PROPYL AMINE A PROPYL CARBITOL A PROPYL CARBITOL ACETATE A PROPYL CELLOSOLVE ACETATE ISO. A PROPYL CELLOSOLVE ISO. A 1278 PROPYL CHLORIDE A PROPYL DIGLYCOL A PROPYL DIGLYCOL ACETATE A PROPYL DIGOL A PROPYL DIGOL ACETATE A PROPYL DIOXITOL A PROPYL DIOXITOL ACETATE A PROPYL FORMIC ACID A PROPYL GLYCOL A PROPYL GLYCOL ACETATE A PROPYL HYDRIDE A PROPYL OXITOL ACETATE ISO. A PROPYL OXITOL ISO. A PROPYL PALMITATE A 1276 PROPYLACETATE,1- A PROPYLACETONE A PROPYLAN A 2364 PROPYLBENZENE A PROPYLBENZENE (N,ISO) A 1077 PROPYLENE A 1143 PROPYLENE ALDEHYDE A PROPYLENE BUTYLENE COPOLYMER A PROPYLENE CHLORIDE A 1279 PROPYLENE DICHLORIDE A PROPYLENE DIMER A PROPYLENE GLYCOL BUTYL ETHER A PROPYLENE GLYCOL MONOALKYL ETHER A PROPYLENE GLYCOL MONOETHYL ETHER A 3092 PROPYLENE GLYCOL MONOMETHYL ETHER A PROPYLENE GLYCOL PHENYL ETHER A PROPYLENE GLYCOL POLY A 1,2-PROPYLENE GLYCOL A 1,3-PROPYLENE GLYCOL A PROPYLENE GLYCOL A 1280 PROPYLENE OXIDE A 1280 1,2-PROPYLENE OXIDE A PROPYLENE PENTAMER A PROPYLENE POLYMER A PROPYLENE TETRAMER A PROPYLENE TRIMER A 2929 PROPYN-1-OL,2- - PROPYNE-3-OL,1- - PROZOIN A PSEUDOACETIC ACID A PSEUDOBUTYLENE GLYCOL A PSEUDOCUMENE A P-TOLUENE SULFONIC ACID A P-TOLYL CHLORIDE A PUMKINSEED OIL A PURACOL A PX 104 A PX-138 A P-XYLENE A PYRENE A 1282 PYRIDINE A 1282 PYRIODINE BASES A PYROACETIC ACID A 1090 PYROACETIC ETHER A PYROBENZOL A PYROG ARD 53T A (100) PYROG ARD D A (100) PYROLITIC GASOLINE A PYROLSIS FUEL (FUEL OIL) A PYROMUCIC ALDEHYDE A PYROSULPHURIC ACID A PYROXYLIC SPIRIT A 2811 PYRROLIDONE A PYRROLYLENE A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",112);arrFiles[26]=new Array(27,"charts/qq.asp","2005-09-21","APC Chemical Resistance Guide - Q","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating Q QUENCHING OIL A QUICKLIME A QUIRINIC OIL A QUSO A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);arrFiles[27]=new Array(28,"charts/rr.asp","2005-09-21","APC Chemical Resistance Guide - R","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating R R20 A R20 (REFRIGERANT) A R40 A RAISIN SEED OIL A (100) RAPE OIL A (100) RAPESEED OIL A (100) RAPESEED OIL FATTY ACID A (100) RED OIL A (100) RED OLEIC ACID A (100) RED OLEIN A (100) REFINED HARDENED FISH OIL A (100) REFINED SOLVENT NAPHTHA A REFINED TAR A (100) REFORMATES (GASOLINE BLENDING STOCK) A REGULAR GRADE KEROSINE A REGULAR GRADE MOTOR GAS LEADED A REGULAR GRADE MOTOR GAS UNLEADED A REGULAR GRADE MOTOR GASOLINE LEADED A REGULAR GRADE MOTOR GASOLINE UNLEADED A REGULAR MOGAS 92 A REPROXAL, TEXACO(ALFOL 610 PHTHLATE) A RESIDUAL FUEL A RESILLA OIL A (100) RESIN CONCENTRATE (ESSO) A RESIN OIL (SEE COUMARONE OIL) A RESIN PLASTICIZER HB40 (MONSANTO)(PARTIAL) A RESITOL A RHOPLEX AC 388 A RICE BRAN OIL A (100) RICE OIL A RICINUS OIL A ROAD OIL A ROCK OIL A (100) ROCK SALT SOLUTION A ROHM & HAAS SOLVENT 2026 A ROOFERS FLUX A ROSIN A 1286 ROSIN OIL A ROSIN SOAP A ROSIN SOAP (DISPROPORTIONATED) SOLN A RUBBER EXTENDER OILS A RUBBER PROCESS OIL A RUM A RUM CRUDE A RUSA OIL A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",32);arrFiles[28]=new Array(29,"charts/ss.asp","2005-09-21","APC Chemical Resistance Guide - S","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating S 1120 S.B.A. A S.B.P. A S.B.P. 80/220-20 A S.B.P. SOLVENTS A SACI 745 A SAFFLOWER OIL A (100) SAFFLOWER OIL FATTY ACID A (100) SALAD OIL A (100) SALICYLIC ACID METHYL ESTER A SALLI B2 A SALMON OIL A (100) SALPETRE SOLN A SALT BRINE A (90) SALTWATER A (90) SAND ACID (DOT) - SANDAL OIL A SANDALWOOD OIL- EAST INDIAN A SANGAJOL A SANTAL OIL A SANTALWOOD OIL A SANTICIZER 140 (CRESYL DIPHENYL PHOSPHATE) A (100) SANTICIZER 148 (ISO DECYL DEPHENYL PHOSPHATE) A SANTICIZER 160 (BUTYL BENZYL PHTHALATE) A SANTICIZER 711 (DI NORMAL ALKYL PHTHALATE) A (100) SANTICIZER 790 (DOP) A SANTICIZER 790 (MONSANTO) A SANTOPHEN 20 A SARDINE OIL A SATURATED FATTY ACID (C13 AND ABOVE) A (100) SBP 80/110 (ALIPHATIC SOLVENT PARAFFIN) A (100) SEA WATER A (90) SEAL OIL A (100) SEALOL (SEE PETROLATUM LIQUID) A SEBACIC ACID DIBUTYL ESTER A SEBACIC ACID DIDECYL ESTER A SEBACIC ACID DIHEXYL ESTER A SEC-AMYL ALCOHOL A 1120 SEC-BUTANOL A 1123 SEC-BUTYL ACETATE A 1120 SEC-BUTYL ALCOHOL A SEC-BUTYL AMINE A SEC-BUTYL CARBINOL A SEC-BUTYLPHENOL,2- A SEC-HEXYL ACETATE A SEC-HEXYL ALCOHOL A SEC-N-OCTYL ALCOHOL A SEC-NOR-AMYL ALCOHOL A SECONDARY ALCOHOLS A SEC-PENTHYLCARBINOL A SEED OIL A (100) SEMECARPUS OIL A (100) SENECA OIL A (100) SENTRY GRAIN PRESERVER - SESAME OIL A (100) SEXTOL A SEXTONE A SEXTONE B A SHARK LIVER OIL A (100) SHARK OIL A (100) SHELL (LUBE ADDITIVE) A (100) SHELL 100 ES NEUTRAL A SHELL 501 SPINDLE 69110 A SHELL BLEND A (MEK, MIBK AND ACETATE) A SHELL BRIGHT STOCK A SHELL C14 - C15 A SHELL C6 - C8 A SHELL C8 - C10 A SHELL CABISMAS DISTILLATE A SHELL CARDURA E A SHELL CEREX A SHELL DIALA B A SHELL DIALA D A SHELL DUTREX 33 (AROMATIC PROCESS/EXTENDER) A SHELL FLEX (PROCESS EXTENDER OIL) A SHELL HEAVY AXLE OIL A (100) SHELL KEREX (MINERAL SPIRITS) A SHELL LIMEA OIL A SHELL NEUTRAL A SHELL NSR-S-5789 A SHELL ROTELLA A SHELL SPRAY OIL A SHELL TERGOL A SHELL TRANSFORMER OIL A SHELLFLEX A SHELLFLEX (EXTENDER OILS) A (100) 1993 SHELLSOL (MINERAL SPIRITS) A 1993 SIGNAL ESPENOL 1 (MIN. SPIRITS) A 1993 SIGNAL ESPENOL 2 (MIN. SPIRITS) A SILICA SLURRY A SILICATE (2), HEXAFLUORO-, DIHYDROGEN - SILICATE OF SODA A SILICIUMTETRACHLORIDE A SILICOFLUORIC ACID - 1818 SILICON CHLORIDE - 1818 SILICON TETRACHLORIDE - SINAPIS OIL A SIPOL L 10 A SKYDROL 500 A SKYDROL HYDRAULIC FLUID A SKYDROL Y-91 A SLACKWAX (SEE PETROLATUM) A (100) SLAKED LIME A SLIMCIDE A SMBP DISTILLATE A SOAP STOCK A (100) SOAPSTOCKS ANIMAL AND VEGETABLE A (100) SOCENY NYVAC 30 A SODA ASH A SODA ASH (10%) A SODIUM 2-MERCAPTOBENZOTHIAZOL SOL A SODIUM 2-MERCAPTOBENZOTHIAZOL SOL A SODIUM ACETATE SOLN A SODIUM ALKYLNAPHTHALENE SULFONATE A SODIUM ALKYLSALICYLATE (C13+) A SODIUM ALUMINATE A SODIUM ALUMINATE SOLN A SODIUM ALUMINOSILICATE SLURRY A SODIUM BENZOATE A 1479 SODIUM BICHROMATE A 1479 SODIUM BICHROMTE SOLN 65% A SODIUM BOROHYDRIDE BELOW 15% A SODIUM BOROHYDRIDE<=%15/SODIUMHYDROXIDE A SODIUM CARBONATE (3%OR LESS) SOLN A SODIUM CARBONATE (SATURATED) A SODIUM CARBONATE SOLN A SODIUM CARBONATE SOLUTION 20% A 2428 SODIUM CHLORATE 10% A 2428 SODIUM CHLORATE 5% A 2428 SODIUM CHLORATE SOLNS 50% OR LESS A SODIUM CHLORIDE (SATURATED) A SODIUM CHLORIDE (SOLNS) A SODIUM CHLORIDE DRILLING BRINE A SODIUM DICHROMATE 70% SOL A SODIUM DICHROMATE SOLN 70% OR LESS A SODIUM FORMATE10% A SODIUM HYDRATE 50% A (100) SODIUM HYDRATE LYE 10% A (100) SODIUM HYDRATE LYE 75% A (100) SODIUM HYDRO SULPHIDE/AMMONIUMSULPHID SOLN A SODIUM HYDROGEN SULPHIDE (6%OR LESS) A SODIUM HYDROGEN SULPHIDE 25% A 2949 SODIUM HYDROGEN SULPHIDE 45% A SODIUM HYDROGEN SULPHIDE 55% A SODIUM HYDROGEN SULFITE SOLN A SODIUM HYDROGEN SULFITE SOLN 35%OR LESS A SODIUM HYDROSULFIDE/AMMONIUM SULF. SOLN A SODIUM HYDROSULPHIDE 25% A 2949 SODIUM HYDROSULPHIDE 45% A SODIUM HYDROSULPHIDE 55% A 2949 SODIUM HYDROSULPHIDE SOLN (45% OR LESS) A SODIUM HYDROXIDE 75% A (100) 1824 SODIUM HYDROXIDE 10% A (100) 1824 SODIUM HYDROXIDE 20% A (100) 1824 SODIUM HYDROXIDE 50% A (100) 1791 SODIUM HYPOCHLORITE (14% STABILIZED) A (30) SODIUM HYPOCHLORITE (SOL MAX.200PPM STABILIZED) A (30) SODIUM LONG CHAIN ALKYLSALICYLATE (C43+) A SODIUM LYE 10% A (60) SODIUM LYE 20% A (60) SODIUM LYE 50% A (60) SODIUM LYE SOLN 75% A (60) SODIUM METABORATE PEROXYHYDRATE A 1500 SODIUM NITRITE SOLN A SODIUM PERBORATE A SODIUM POLYACRYLATE SOLN A SODIUM RHODANATE A SODIUM SALICYTATE A SODIUM SALT NITROUS ACID SOLN A SODIUM SILICATE A SODIUM SILICATE SOLUTIONS A SODIUM SULFATE 15% A SODIUM SULFIDE SOLUTIONS A SODIUM SULFOCYANATE A SODIUM SULFONATE A SODIUM SULPHATE SOLUTIONS A SODIUM SULPHIDE SOLNS 25 C A SODIUM SULPHYDRATE 25% A SODIUM TETRAHYDROBORATE BELOW 15% A SODIUM THIOCYANATE A SODIUM THIOCYANATE 56% OR LESS A SOFTANOL 70 A SOFTANOLS (FATTY ALCOHOLS) A SOLAESTHIN A SOLFOLANE SATURATED SOLUTION (SHELL) A SOLUBLE GLASS A SOLVENOL A SOLVENT 140T SHELL A SOLVENT 1 ESSO A 1993 SOLVENT 100 (MINERAL SPIRITS) A SOLVENT 1425 ESSO A 1993 SOLVENT 150 (MINERAL SPIRITS) A SOLVENT 200 ESSO A 1993 SOLVENT 2026 (MINERAL SPIRITS) A SOLVENT 3040 ESSO A SOLVENT 5 ESSO A SOLVENT 71 SHELL A 1993 SOLVENT A180 (MINERAL SPIRITS) A SOLVENT BLEND 9039 (OXY SOLV BLEND 1013 A 1155 SOLVENT ETHER A SOLVENT GM A SOLVENT L ESSO A SOLVENT NAPHTHA A SOLVENT NEUTRAL 500 A SOLVENT NEUTRAL OIL 100 A SOLVENT NEUTRAL OIL 200 A SOLVENT NEUTRAL OIL 350 A SOLVENT NEUTRAL OIL 85VL A SOLVENT PETROLEUM A 1993 SOLVENT PY (MINERAL SPIRITS) A 1993 SOLVENT R150 (MINERAL SPIRITS) A SOLVENT R2226 ESSO A SOLVENT VERGILO 50 (KETONE AND ACETATE) A 1993 SOLVESSO (MINERAL SPIRITS) A 1993 SOLVESSO 100 (MINERAL SPIRITS) A 1993 SOLVESSO 150 (MINERAL SPIRITS) A SOLVOSOL A SONTOBRITE A SORBITOL A SORBITOL 70% SOLUTION A SORBITOL AQ A SOUR CRUDE A (100) SOUR CRUDE OIL A (100) SOVACICIDE PY (HAN) A SOVASOL (MINERAL SPIRITS) A SOYA BEAN OIL A (100) SOYA FATTY ACIDS A (100) SOYA LECITHIN A (100) SOYA OIL A (100) SOYA OIL FATTY ACIDS A (100) SOYA TYPE S-210 A (100) SOYA TYPE S-230 A (100) SOYBEAN OIL A (100) SPB (PALM OIL) A (100) SPECIAL BOILING POINT BENZINES A SPECIAL BOILING POINT RUBBER SOLVENT A SPECIAL PALM OIL, BLEACHABLE A (100) SPERM OIL A (100) SPERM OIL PRESSINGS A (100) SPERM OIL RESIDUE A (100) SPERM WHALE OIL A (100) SPERMACETI OIL A (100) SPERSUL - SPINDLE OIL (LUBE OIL) A SPIRIT A SPIRIT OF VITRIOL 65% A SPIRITS AROMATIC A SPIRITS OF SALT A SPIRITS OF TURPENTINE A SPRAY OIL (LUBE OIL) A SPRAY OIL TEXACO A STANCO BASE A (100) STANCO BASE 600 A (100) STAND OIL LINSEED A STAR GLYCERINE A STARCH SOLUTION A STARCH SOLUTION 10% A STEAM REFINED OIL A (100) STEARIC ACID (FATTY ACID) A (100) STEARYL ALCOHOL A (100) STEROLAMIDE A 1993 STODDARD SOLVENT A STOVE OIL A STRAIGHT RUN A STRAIGHT RUN NAPHTA A STRAIGHTRUN RESIDUE A STRUKTOL J274 A STUMP TURPENTINE A 2055 STYRENE A STYRENE BUTADIENE A STYRENE BUTADIENE LATEX (AMM.STAB.) A STYRENE BUTADIENE RUBBER LATEX A 2055 STYRENE MONOMER A 2055 STYRENE MONOMER INHIBITED A 2055 STYROL A STYRON A STYROPOL SO A STYROPON A SUBERANE - SUBLIMED SULFUR A SUCCINIC ACID DIETHYL ESTER A SUCOCO CIRCO SOL 304 A SUGAR A (100) SUGAR (DRY) A (100) SUGAR (LIQUID) A (100) SUGAR SOLUTION A (100) SUGAR SYRUP A SULFAN - SULFATED CASTOR OIL A SULFOLANE A SULFOLANE INHIBITOR A SULFONATE OILS (LUBE ADDITIVES) A SULFONIC ACID 86-90% (EXXON) A SULFONIC ACIDS,SA 7-4-2 (ESSO) A SULFONIC ACIDS,SA 7-4-4 (ESSO) A SULFONIC ACIDS,SA 7-4-8 (ESSO) A SULFONIC ACIDS,SA 7-8-2 (ESSO) A SULFONIC ACIDS,SA 7-8-4 (ESSO) A SULFONIC ACIDS,SA 7-8-8 (ESSO) A SULFONIC ACIDS,SA 9-2-2 (ESSO) A SULFONIC ACIDS,SA 9-2-4 (ESSO) A SULFONIC ACIDS,SA 9-2-8 (ESSO) A SULFONIC ACIDS,SA 9-4-2 (ESSO) A SULFONIC ACIDS,SA 9-4-4 (ESSO) A SULFONIC ACIDS,SA 9-4-8 (ESSO) A SULFONIC ALKYLATE (EXXON SA119) A 1079 SULFUR DIOXIDE - 1829 SULFUR TRIOXIDE (STABILISED) - SULFURETTED HYDROGEN (SATURATED) A 1829 SULFURIC ANHYDRIDE A 1754 SULFURIC CHLOROHYDRIN A SULFURIC OXIDE A 1833 SULFUROUS ACID A SULFUROUS ACID ANHYDRIDE A SULFUROUS OXIDE A SULPHAMIC ACID AQ A SULPHATE OF HYDROGEN 10% A SULPHATE OF HYDROGEN 30% A SULPHATE OF HYDROGEN 65% A SULPHATE OF HYDROGEN 98% A SULPHITE LYE A SULPHO HYDRO CARBON (C3-C88) A SULPHOCARBONIC ANHYDRIDE A SULPHOLANE A SULPHONIC ACIDS A SULPHOXALINE A SULPHUR 130 C A SULPHUR LIQUID A (150) 1830 SULPHURIC ACID A 1830 SULPHURIC ACID 10% A 1830 SULPHURIC ACID 30% A 1830 SULPHURIC ACID 65% A 1830 SULPHURIC ACID 98% A 1830 SULPHURIC ACID SOLUTIONS A 1830 SULPHURIC ACID TECHNICAL 65% A SULPHURIC ETHER A SULPHURISED LINSEED OIL A (100) SULPHUROUS ACID A SUN LUBE OIL A SUN LUBE OIL PALE GREEN A SUNDEX A (100) SUNDEX (EXTENDER OIL) A (100) SUNFLOWER FATTY ACIDS A (100) SUNFLOWER OIL A (100) SUNFLOWER OIL FATTY ACID A (100) SUNFLOWER SEED OIL A (100) SUNOCO (LUBE OIL) A SUNOCO CIRCO PROCESS OIL A SUNOCO CIRCO SOL A SUNOCO CIRCOLIGHT RUBBER PROCESS A SUNOCO REFINED A SUNOCO SUNTHENE A SUNPAR (EXTENDER OIL) A SUNTHENE (EXTENDER OIL) A SUPER JET FUEL A SUPEROL GLYCERINE A SUPERPHOSPHORIC ACID A SUPERSOL (MINERAL SPIRITS) A SUPRASEC DND A SURCHEM 306 (SULFONATE OIL) A SURFONIC N.95 (DETERGENT ALCOHOL) A (100) SWEET OIL A (100) SYM-DICHLOROETHANE A SYM-DICHLOROETHYLENE A SYM-DIMETHYLETHYLENE GLYCOL A SYM-METHYLETHYLETHYLENE A SYM-TETRACHLOROETHANE A SYM-TRIMETHYLBENZENE A SYNPERONIC NP9 A SYNPROL (SYNTHETIC FATTY ALCOHOL) A SYNTHETIC ALCOHOL ETHOXYLATE A SYNTHETIC BITTER ALMOND OIL A SYNTHETIC ESSENTIAL OIL OF BITTER ALMOND A SYNTHETIC LATEX A SYNTHETIC MUSTARD OIL A SYRUPS A (100) Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",86);arrFiles[29]=new Array(30,"charts/tt.asp","2005-09-21","APC Chemical Resistance Guide - T","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating T T L A LUBE OIL A TACUM OIL A TALL OIL A (100) TALL OIL (CRUDE AND DISTILLED) A (100) TALL OIL CRUDE A (100) TALL OIL CRUDE OR REFINED A (100) TALL OIL FATTY ACID A (100) TALL OIL FATTY ACID (RESINACID 20% OR LESS) A (100) TALL OIL REFINED A (100) TALL OIL SOAP (DISPROPORTIONATED) SOLN A (100) TALLOL A (100) TALLOW A (100) TALLOW ACID A (100) TALLOW ACID (CRUDE AND REFINED) A (100) TALLOW ALCOHOL A (100) TALLOW BLEACHABLE, FANCY, TOPWHITE A (100) TALLOW FATTY ACID A (100) TALLOW OIL FATTY ACIDS A (100) TALLOW REFINED A (100) TALLOW UNIFAT 50% F.F.A. A (100) TALLOW/COCONUT TC 1005 A TALLOW/COCONUT TC 1010 A TALLOW/COCONUT TC 1010T A TALLOW-TYPE T11 A TALLOW-TYPE T18 A TALLOW-TYPE T20 A TALLOW-TYPE T22 A TANNIC ACID SOLUTIONS A TANNIN A TANNIN AQUEOUS SOLNS A TAP WATER A TAR (COAL) A (100) TAR ACIDS A TAR OIL A TARTARIC ACID A TARTARIC ACID 10% A TCE A TEEFROTH (PROPYLENE GLYCOL METHYL ETHER) A TEEL OIL A TEEPOL A TEEPOL SUPER A (100) TEG A TEL A TEL-B COMPOUND A TEL-CB COMPOUND A 2047 TELONE A 1396 TEN - TERANAP A TERGITOL 08 A TERGITOL 15 5 12 A TERGITOL 15 5 3 A TERGITOL 4 A TERGITOL 7 A TERGITOL NP 35 A TERGITOL NP 40 A TERGITOL TMN A TERGITOL XN A TERGITOLS (UNION CARBIDE) (LINEAR DETERGENT) A TERPENES A TERPINENOL 350 A TERPINEOL A TERT-AMYL ALCOHOL A TERT-AMYL METHYL ETHER A TERT-AMYLENES A 1120 TERT-BUTYL ALCOHOL A TERT-BUTYL AMINE A TERT-BUTYLMETHYLETHER A TERT-BUTYLTOLUENE A TERT-BUTYLTOLUENE-P. A TERT-DODECANETHIOL A TERT-DODECYL-MERCAPTAN A TERT-PENTANOL A TESCOL A TETA A TETRA SODIUM SALT ETHYLENE DIAMINE TETRA A TETRABROMOMETHANE A TETRACHLORIDE OF TITANIUM A TETRACHLORO PENTAMINE A TETRACHLOROETHANE,1,1,2,2- A 1702 TETRACHLOROETHENE A 1702 TETRACHLOROMETHANE A 1846 TETRACHLOROSILANE A TETRADECANOL,1- A TETRADECENE A TETRADECYLBENZENE A TETRAETHOXYSILANE A TETRAETHYL ESTER SILICIC ACID A TETRAETHYL LEAD A TETRAETHYL ORTHOSILICATE A TETRAETHYL SILICATE A TETRAETHYLENE GLYCOL A 2320 TETRAETHYLENE PENTAMINE A TETRAHYDRO-1,4-DIOXIN A 2054 TETRAHYDRO-1,4-ISOOXAZINE A 2054 TETRAHYDRO-1,4-OXAZINE A TETRAHYDRO-2-FURYLMETHANOL A 2054 TETRAHYDRO-2H-1,4-OXAZINE A 2048 TETRAHYDRO-4,7-METHANOIN-DENE,3A,4,7,7A A 2054 TETRAHYDRO-4H-1,4-OXAZINE A TETRAHYDROBENZENE,1,2,3,4- A 2056 TETRAHYDROFURAN A TETRAHYDROFURFURYL ALCOHOL A TETRAHYDRONAPHTHALENE,1,2,3,4,- A TETRAHYDRO-P-DIOXIN A TETRAHYDRO-P-ISOOXAZINE A TETRAHYDROTHIOPHENE 1,1-DIOXIDE A TETRAHYDROTHIOPHENE 1,1DIOXIDE INHIBITOR A TETRAHYDROTHIOPHENE-1,1-DIOXIDE,2,3,4,5- A TETRALIN A TETRALINE A TETRAMETHYL LEAD A TETRAMETHYLBENZENE,1,2,3,5- A 2205 TETRAMETHYLENE CYANIDE A TETRAMETHYLENE DICYANIDE A TETRAMETHYLENE GLYCOL,1,4- A TETRAMETHYLENE SULFONE A TETRAMETHYLENE SULFONE INHIBITOR A TETRANAP A TETRAPHOSPHOR A TETRAPROPYLBENZENE A TETRAPROPYLENE A TETRAPROPYLENEBENZENE A TETRASOD.SALT ETHYLENEDIAMINTETRACETIC.A A TETRHYDROXY-2-FURANCARBINOL A TEXACO (LUBE OIL) A TEXACO AIRCRAFT OIL (LUBE OIL)1 A TEXACO FIRE STOCK DEWAXED (LUBE OIL) A TEXACO HAVOLINE 40 (LUBE OIL) A TEXACO LUBE OIL ADDITIVE A (100) TEXACO PALE TURB (LUBE OIL) A TEXACO SPRAY OIL A TEXACO TC7956 (SULFONATE OIL) A TEXANOL INTERMEDIATE A TEXANOL-CHEMICAL INTERMEDIATE (2,2,4-TRI.) A TEXINE L A THANOL A (100) THEOBROMA OIL (COCOA OIL) A (100) 2056 THF A THFA A THICKENED OILS A (100) THIOFACO M-50 A THIOFACO T-35 A THIOLANE-1,1-DIOXIDE A THIOPHENE,TETRAHYDRO- 1,1-DIOXIDE A THREAMINE A THUS AMERICAN A THUS GUM A TIDEWATER 100 SOLVENT PALE OIL (LUBE OIL) A TIDEWATER 1800 SOLVENT PALE OIL (LUBE OIL) A TIDEWATER DIOL 80 (LUBE OIL) A TIDEWATER TEL STOCK 80 (LUBE OIL) A TIGLIUM OIL A (100) TIL OIL A (100) TINCAL A TITAANTETRACHLORIDE A 1838 TITANIUM CHLORIDE A TITANIUM DIOXIDE AQUEOUS DISPERSIONS A TITANIUM TETRACHLORIDE A TL 314 - TML-CB COMPOUND A 1294 TOLUENE A TOLUENE DIAMINE A TOLUENE DIISOCYANATE,2,4- (TDI) A TOLUENE, 2, 4-DI-ISO-CYANATE A TOLUENE,ALPHACHLORO A TOLUENE,P-CHLORO- A 1708 TOLUIDINE A 1294 TOLUOL A 1760 TOLYL CHLORIDE A TOLYLETHYLENES A TOPANEL - TOXILIC ANHYDRIDE A TRA-BUTENE-2ÓLOW BOILINGÓBUTENE-2 A TRANSFORMER OIL A (100) TRANSMISSION OIL A 1710 TRI A TRI-(HYDROXYETHYL) AMINE A TRIACETIN A TRIACETYL GLYCERINE A TRIALKYL PHOSPHATE A TRIARYL PHOSPHATE A (100) TRIBASIC SODIUM PHOSPHATE (TSP) A TRIBUTYL PHOSPHATE A TRIBUTYLETHYLHEXYL PHOSPHATE A 2831 TRICHLORETHANE A TRICHLORIDE OF PHOSPHORUS A TRICHLORO-1,2,2-TRIFLUORO ETHANE,1,1,2- A TRICHLOROBENZENE A 2811 TRICHLOROBENZENE,1,2,3- A 2321 TRICHLOROBENZENE,1,2,4- A 2811 TRICHLOROBENZENE,1,3,5- A 2831 TRICHLOROETHANE,1,1,1- A TRICHLOROETHANE,1,1,2- A 1710 TRICHLOROETHENE A 1710 TRICHLOROETHYLENE A TRICHLOROFLUOROMETHANE A TRICHLOROFORM A 1888 TRICHLOROMETHANE A TRICHLOROPROPANE A TRICHLOROPROPANE,1,2,3- A TRICRESOL A TRICRESOL 10% A TRICRESOL 100% A 2574 TRICRESYL PHOSPHATE A (100) TRICRESYL PHOSPHATE (<1% ORTHO-ISOMERS) A TRIDECANE A TRIDECANOIC ACID A (100) TRIDECANOL A TRIDECANOL,1- A TRIDECENE A TRIDECENE CONCENTRATE A TRIDECENE,TETRADECENE A TRIDECYL ALCOHOL A TRIDECYLBENZENE A TRIDECYLETHANOIC ACID GLYCIDYL ESTER A TRI-DIMENTHYLPHENYL PHOSPHATE A TRIDIMETHYL PHENYL PHOSPHATE A TRIETHANOL AMINE A TRIETHANOL AMINE 85% (SEE FOR SYN 5458) A TRIETHANOL AMINE 99% (SEE FOR SYN 5458) A 1296 TRIETHYL AMINE A TRIETHYL PHOSPHATE A 2323 TRIETHYL PHOSPHITE A TRIETHYLBENZENE A TRIETHYLENE GLYCOL A (100) TRIETHYLENE GLYCOL BUTYL ETHER A TRIETHYLENE GLYCOL DI-2-ETHYLBUTYRATE A TRIETHYLENE GLYCOL ETHYL ETHER A TRIETHYLENE GLYCOL METHYL ETHER A TRIETHYLENE GLYCOL MONOBUTYL ETHER A TRIETHYLENE TETRAMINE A 2259 TRIETHYLPENTANEDIOL A TRIGEN A (100) TRIGLYCOL A (100) TRIHYDROXYPROPANE,1.2.3- A TRIHYDROXYTRIETHYL AMINE A TRIISOBUTYLENE A TRIISOPROPANOL AMINE A TRILON 38% A TRIMER PROPYLENE A 3265 TRIMETHYL ACETIC ACID A 1083 TRIMETHYL AMINE A TRIMETHYL GLYCOL A TRIMETHYL HEXAMETHYLENE DIAMINE A TRIMETHYL HEXAMETHYLENEDIISOCYANATE A TRIMETHYL PHOSPHITE A TRIMETHYL PROPANE GLYCOL A TRIMETHYL-1,3,5-TRIOXANE,2,4,6- - TRIMETHYL-1,3-PENTANE DIOL MONOISOBUTYR A TRIMETHYL-1,3-PENTANEDIOL,2,2,4- A TRIMETHYL-2-CYCLOHEXENE-1-ONE,3,5,5- A TRIMETHYL-3-CYCLOHEXENE-5-ONE,1,1,3- A TRIMETHYLAMINE HYDROCHLORIDE A TRIMETHYLBENZENE, NONSYM A 1993 TRIMETHYLBENZENE,1,2,4- A TRIMETHYLBENZOL,1,3,5- A TRIMETHYLCARBINOL A TRIMETHYLCYCLOHEXANOL A TRIMETHYLENE AMINE 25% SOL A TRI-METHYLENE CHLORIDE A TRIMETHYLENE GLYCOL A TRIMETHYLETHYLENE A TRIMETHYLHEXAMETHYLENE DIAMINE(2,2,4/2,4) A TRIMETHYLHEXAMETHYLENE-1,6-DIAMINE2,2,4- A TRIMETHYLOLPROPANE A TRIMETHYLOLPROPANE MONO OLEATE A TRIMETHYLOLPROPANE POLYETHOXYLATE A TRIMETHYLPENTANE,2,2,4- A 2050 TRIMETHYLPENTENE,2,4,4- A TRIMETHYLTRIOXYMETHYLENE A TRIMETYLPENTANEDIOL MONOISOBUTRATE A TRI-N-BUTYL PHOSPHATE A (100) TRI-O-CRESYLPHOSPHATE A (100) TRIOLEIN - TRI-O-TOLYL PHOSPHATE A (100) TRIOXITOL A TRI-P-CRESYLPHOSPHATE A (100) TRIPROPYLENE A (100) TRIPROPYLENE GLYCOL A TRIPROPYLENE GLYCOL METHYL ETHER A TRIPROPYLENE GLYCOL MONOETHYL ETHER A TRI-PROPYLENE GLYCOL MONOETHYL ETHER A TRIPROPYLENE GLYCOL MONOMETHYL ETHER A TRIPROPYLENEBENZENE A TRIS-(2-HYDROXY-1-PROPYL) AMINE A TRISDICHLOROPROPYL PHOSPHATE A TRISOD.SALT N-HYDR.ETHYLETHYLENDIAM.A.A. A TRISODIUM NITRILOTRIACETATE SOLN A TRISODIUM PHOSPHATE SOLUTIONS A 2574 TRITOLYL PHOSPHATE A (100) TRITOLYLPHOSPHATE,CONT1%OR MORE O-ISOMER A TRITON X-100 A TRIXYLENYL PHOSPHATE A TRIXYLYL PHOSPHATE A TROS C26 A TROS D91 DEFOAMER A TROS TH767 A TTP A TUCUM OIL A (100) TUFFLO (ARCO EXTENDER OILS) 1559A A TUFFLO (ARCO EXTENDER OILS) 6056 A TUFFLO (ARCO EXTENDER OILS) 6204 A TUNA OIL A (100) TUNG OIL A (100) TUNNY FISH OIL A (100) TURBINE FUEL A TURBINE FUEL B A TURBINE OIL A TURBO FUEL A TURBO FUEL A-1 A TURKEY RED OIL A 1299 TURPENTINE A 1299 TURPENTINE OIL A TURPENTINE SPIRIT A TURPENTINE SUBSTITUTE A 1299 TURPENTINE,OIL AND GUM A 1299 TURPS A TXP A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",77);arrFiles[30]=new Array(31,"charts/uu.asp","2005-09-21","APC Chemical Resistance Guide - U","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating U U.S. WHITE OIL A U-4224 A U-CANE ALKYLATE (DODECYL BENZENE) A UCAR SOLVENT 2LM A UF-78 (BORDEN) A UFACID K A UNDECANE A UNDECANOIC ACID A UNDECANOL A UNDECANONE A UNDECENE,1- A UNDECYL ALCOHOL A UNDECYLBENZENE A UNFINISHED KEROSENE (SEE KEROSENE) A UNFINISHED PETROLEUM NAPHTHA A UNFINISHED VIRGIN NAPHTHA A UNIFAT (50% F.F.A) A (100) UNIFOL 18-12-6 (TIDE PRODUCTS) A UNIFOL 7-23-7 (TIDE PRODUCTS) A UNIVOLT 200 A UNLEADED CLEANING SPIRIT A UNSLAKED LIME A UNSYM-ETHYLENE CHLORIDE A URAN 30 A URAN 32 (FERTILIZER) A UREA A UREA (SATURATED) A UREA 25/FORMALDEHYDE 60/WATER 15 A UREA 50% IN WATER A (100) UREA AMMONIUM NITRATE 32% IN WATER A UREA AMMONIUM NITRATE SOLNS A UREA AMMONIUM NITRATE WATER A UREA AMMONIUM NITRATE/PHOSPHATE SOLN. A UREA AMMONIUM PHOSPHATE SOLN A UREA AMMONIUM SOLN A UREA AMMONIUM SOLN CONT AQUA AMMONIA A UREA FORMALDEHYDE BUTYLATED A UREA FORMALDEHYDE CONCENTRATE UF-78 A UREA FORMALDEHYDE GLUE (F.E.KAURUT GLUE) A UREA RESIN SOLN A UREA SOLUTIONS A UREA WATER A UREA-FORMALDEHYDE RESIN SOLN A UREUM A USAF EK-1597 A USAF EK-488 A USAF RH-8 A USAN A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",32);arrFiles[31]=new Array(32,"charts/vv.asp","2005-09-21","APC Chemical Resistance Guide -V","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating V V,M AND P NAPHTA A VAL-DROP 10% A 2058 VALERAL A 2058 VALERALDEHYDE A 2058 VALERIC ALDEHYDE A VALINE ALDEHYDE A VAPOURISING OILS A VARNISCH MAKERSÕ NAPHTHA A VARSOL 1 A VARSOL 140/170 A VARSOL 2 A VARSOL 3 A VARSOL 4 A VARSOL 5 A VASELINE A VCN - VEGETABLE ACID OIL A VEGETABLE FATTY ACID DISTILATES A VEGETABLE OILS A VEGETABLE OILS, CRUDE A VEGETABLE OILS, REFINED A VEGETABLE PROTEIN HYDROLIZED SOLN A VEGETABLE SOAP STOCKS A VENETIAN TURPENTIN A VENTOX A VEOVA 10 A VERMOUTH A VERSATIC 911 A VERSENE 100 A VERSENE 100 AQUEOUS SOLUTION A VERSENE 100 AQUEOUS SOLUTUONS 30 C A VESTAL LPH - VESTINOL AH (=DIOCTYL PHTALATE) A VESTINOL AM A VESTINOL AM (DIOCTYLPHTHALATE) A VESTINOL BB A VESTINOL C (=DIBUTYL PHTHALATE) A VIDDEN D A VINASSE A VINASSE CITRAGIL A VINEGAR A 2789 VINEGAR ACID A VINEGAR APPROX.6% A 1173 VINEGAR NAPHTHA A VINIC ETHER A VINYL (PELLETS,DRY) A 1301 VINYL ACETATE (INHIBITED) A 1301 VINYL ACETATE MONOMER A 1066 VINYL CHLORIDE A 1093 VINYL CYANIDE A VINYL ESTER PROPIONIC ACID A VINYL ETHER A 1302 VINYL ETHYL ETHER A VINYL NEODECANOATE A VINYL PROPIONATE A VINYL TRICHLORIDE (TRICHLOROETHANE) A VINYLBENZENE A VINYLBENZOL A 1098 VINYLCARBINOL A VINYLETHYLENE A 2218 VINYLFORMIC ACID A 1303 VINYLIDENE CHLORIDE (INHIBITED) A VINYLMETHYL ETHER LIQUID A 2618 VINYLTOLUENE A VIRGIN NAPHTA A VITREA 33 A VITRIOL OIL 65% A VITROLIC ACID 65% A VOLATILE OIL OF ALMONDS A VOLATILE OIL OF MUSTARD A VOPCOLENE 27 A VORALNOL 3010 POLYOL (POLYETHER POLYOL) A (100) VORANATE T80/80 CYANATE A VORANOL (POLYOLS) A (100) VYAC A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",36);arrFiles[32]=new Array(33,"charts/ww.asp","2005-09-21","APC Chemical Resistance Guide - W","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating W WALNUT OIL A (100) WASH OIL A WATER GLASS A WATER SEA (HOT BUTTERWORTHING) A (90) WATER, MAIN A WATER,BALLAST- A WATER,DEIONISED- A (90) WATER,DISTILLED- A WATER,DRINKING A WATER,POTABLE A WATER,SEA- A (90) WATER,SOLT- A (90) WATER,TAP A WATTLE EXTRACT A WAX A WAX PETROLEUM A (100) WAXES A WEED DRENCH A WEEDONE A WELCOLINE DO A (100) WHALE FAT A (100) WHALE OIL A (100) WHEY A WHISKEY A WHITCO PETROLEUM SULPHONATE A 2717 WHITE CAMPHOR OIL A WHITE CAUSTIC 50% A (70) WHITE CAUSTIC SOLN 75% A (70) WHITE GASOLINE A WHITE MINERAL OIL A WHITE OIL A WHITE ROCK LIME A WHITE SPIRIT A 1993 WHITE SPIRIT 150 (MINERAL SPIRITS) A 1993 WHITE SPIRIT 100 (MINERAL SPIRITS) A 1993 WHITE SPIRIT 160/180 A WHITE SPIRIT AUTOMOTIVE A WHITE SPIRIT HIGH AROMATIC A WHITE SPIRIT HIGH FLASH POINT A WHITE SPIRIT LOW (15-20%) AROMATIC A WHITE SPIRIT TFI A WHITE SPIRIT W 50 A WHITE SPIRITS 160/280 A WHITE SPIRITS LOW AROMATIC A 2304 WHITE TAR A WHITEREX 334 MOBIL A WINE A WINE, RED A WINE, WHITE A 1230 WOOD ALCOHOL A WOOD ETHER A WOOD NAPHTHA A WOOD OIL A (100) 1230 WOOD SPIRIT A 1299 WOOD TURPENTINE A WOOL FAT A (100) WOOL GREASE (HEATED FOR LOAD AND DISCHARGE) A (100) WOOL GREASE FATTY ACIDS A (100) WUNO C-100 A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",34);arrFiles[33]=new Array(34,"charts/xx.asp","2005-09-21","APC Chemical Resistance Guide - X","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating X X3B (SHELL WHITE SPIRITS) A XENENE A 1307 XYLENE INDUSTRIAL A 1307 XYLENE META,ORTHO,PARA, A 1307 XYLENE MIXED A 1307 XYLENE ORTHO A 1307 XYLENE PARA A 1307 XYLENES A 1307 XYLENOL A 2261 XYLENOLS,3,5- A 1711 XYLIDINE,2,6- A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",26);arrFiles[34]=new Array(35,"charts/yy.asp","2005-09-21","APC Chemical Resistance Guide - Y","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating Y YELLOW GREASE A YELLOW WAX A YODA LZ A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);arrFiles[35]=new Array(36,"charts/zz.asp","2005-09-21","APC Chemical Resistance Guide - Z","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","The Protective Lining for Superior Corrosion Resistance with Exceptional Toughness Resists: · Acids, Alkalies, Solvents, Oxidizing Agents · Thermal Shock; -40 deg.F (-40 deg.C) to +400 deg.F (204 deg.C) · Flex Stressing · Wear and Abrasion · Impact · Under Creep Corrosion Data Interpretation: A = Good at Ambient Temperature (Or up to temperature listed {deg.C}) N = Not Recommended - = Not Tested Note: Certain chemicals may cause surface discoloration · Sulfuric acid may darken coating · 10% Nitric may turn coating green These are surface effects only, no absorption Approximate original color may be regained by neutralization These are the Chemical details listed in alphabetical order: Return to Chemical Resistance Guide Index UN Number Cargo / Product Temperature Rating Z ZEREX A ZESET T A ZINC ALKARYL DITHIOPHOPHOSPHATE (C3-C8) A ZINC ALKARYL DITHIOPHOSPHATE (C7-C16) A ZINC ALKARYL DITHIOPHOSPHATE (C9-C14) A ZINC BROMIDE B C DRILLING BRINE A ZOLEX A ZYMO A Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",26);arrFiles[36]=new Array(37,"chem/case.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Case Studies Check back regularly for Case Studies Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);arrFiles[37]=new Array(38,"chem/chem.asp","2005-09-21","APC Chemical Processing Solutions","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advanced Polymer Coatings presents corrosion solutions for chemical processors to protect their valued assets. ChemLine® is formulated with a unique high performance cross-linked polymer structure does not allow chemicals to permeate the lining. This protects equipment and structures by resisting the corrosive nature of hazardous chemicals. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",26);arrFiles[38]=new Array(39,"chem/guide.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Chemical Resistance Guide These are the Chemical details listed in alphabetical order: A G M S Y B H N T Z C I O U D J P V E K Q W F L R X EXAMPLE: To find Methanol click on M and go to Methanol. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",29);arrFiles[39]=new Array(40,"concrete/case.asp","2005-09-21","APC Concrete Protection Case Studies","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Case Studies Check back regularly for Case Studies Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);arrFiles[40]=new Array(41,"concrete/chemprime.asp","2005-09-21","APC ChemPrime","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","ChemPrime Check back for details on this new product! Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);arrFiles[41]=new Array(42,"concrete/concrete.asp","2005-09-21","Advanced Polymer Coatings Concrete Protection","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advanced Polymer Coatings offers ChemLine® coatings for the protection of concrete floors and related structures, including secondary containment areas. Due to ChemLine’s unique cross-linked polymer structure, chemicals cannot permeate the lining. This answers the critical needs for assuring containment, even against the most aggressive of chemicals. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);arrFiles[42]=new Array(43,"concrete/guide.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Chemical Resistance Guide These are the Chemical details listed in alphabetical order: A G M S Y B H N T Z C I O U D J P V E K Q W F L R X EXAMPLE: To find Methanol click on M and go to Methanol. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",28);arrFiles[43]=new Array(44,"Connections/AuthDatabase.asp","2005-06-20","AuthDatabase.asp","","","",1);arrFiles[44]=new Array(45,"Connections/conn_new_auth.asp","2005-06-20","conn_new_auth.asp","","","",1);arrFiles[45]=new Array(46,"Connections/test_members.asp","2005-06-20","test_members.asp","","","",1);arrFiles[46]=new Array(47,"contact/contact.asp","2005-09-21","Contact Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Please fill out the information below: Name Title Company Address City State Zip Country Phone Fax E-mail We welcome your comments and questions: Please send me the the following literature/Information : MarineLine Brochure ChemLine 784/31Brochure ChemLine 784/32Brochure RaiLine Brochure APC Chemical Resistance Guide The MarineLINE Story CD ChemLINE 784/32 Coatings for the New Millenium CD MarineLINE 784 Coating for Profit CD Thank you for taking the time to provide this information. We will get back to you shortly. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",31);arrFiles[47]=new Array(48,"contact/contact_test.asp","2005-09-21","Contact Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Please fill out the information below: Name Title Company Address City State Zip Country Phone Fax E-mail We welcome your comments and questions: Please send me the the following literature/Information : MarineLine Brochure ChemLine 784/31Brochure ChemLine 784/32Brochure RaiLine Brochure APC Chemical Resistance Guide The MarineLINE Story CD ChemLINE 784/32 Coatings for the New Millenium CD MarineLINE 784 Coating for Profit CD Thank you for taking the time to provide this information. We will get back to you shortly. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",31);arrFiles[48]=new Array(49,"lit/lit.asp","2005-09-21","Literature from Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","• MarineLine PDF • Request Printed Brochure • ChemLine 784/31 PDF • Request Printed Brochure • ChemLine 784/32 PDF • Request Printed Brochure • RaiLine PDF • Request Printed Brochure The MarineLINE Story CD Includes Operational Cost Analysis Program & MarineLine - Sigma Comparison • Request CD ChemLINE 784/32 Coatings for the New Millenium CD. Includes Chemical Resistance List • Request CD MarineLINE 784 Coating for Profit CD Includes Chemical Resistance List • Request CD Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",26);arrFiles[49]=new Array(50,"marine/ads.asp","2005-09-21","APC MarineLine Ads","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements • Sailing into the Next Decade on a Wave of Success: M/T INDRA was the FIRST fully MARINELINE coated TANKER in CONTINUOUS GROWING LIST of PROFIT PRODUCING SHIPS • One Coating – Many Markets : APC Solves Your Corrosion Problems • Want to Carry Methanol Then Switch to Other CPP Products Without Restrictions? MARINELINE® Adds To Your Profit • Launching the M/T “Maritime Kelly Anne” : Congratulations to Aurora Tankers, IMC Shipping and Dalian Shipyard • Don \'t Make a 25 Million Coatings Mistake! Choose the Wrong Tank Coating and It Could Cost You! • NewBuild Innovation: Advanced Polymer Coatings Congratulates Mediterranea di Navigazione on Launching the Exceptional New Chemical Tanker M/T Sveva. • Economic Report: MarineLine Tank Coating Can Save You U.S. 122 Per Square Meter Per Year! • Performance Report: Independent Corrosion Expert Confirms MarineLine Coating Outperforms Stainless Steel. • Profit Report: MarineLine Coating Builds Profits. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",33);arrFiles[50]=new Array(51,"marine/guide.asp","2005-09-21","MarineLine APC Chemical Guide","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Chemical Resistance Guide These are the Chemical details listed in alphabetical order: A G M S Y B H N T Z C I O U D J P V E K Q W F L R X EXAMPLE: To find Methanol click on M and go to Methanol. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",34);arrFiles[51]=new Array(52,"marine/info.asp","2005-09-21","Product Info for Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Product Information • MarineLine Brochure • SECTION I - Ships Coated with MarineLine and IMO Classsification • SECTION II - The MarineLine Advantage (How MarineLine Works Better) • SECTION III - Chemical Resistance Comparison Chart • SECTION IV - Reclaim Ship Deadtime Which Causes Lost Profits (Cleaning, Venting and Drying Review) • SECTION V - MarineLine \'s Versatility Increase Your Profits (A Profit Analysis) • SECTION VI - The FCG Advantage (Total Turn-Key Capability) • SECTION VII - History Of Performance (A Look at Advanced Polymer Coatings) Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",33);arrFiles[52]=new Array(53,"marine/marine.asp","2005-09-21","MarineLine - Advanced Polymer Coatings - Marine","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advanced Polymer Coatings serves the marine industry with MarineLine®, the only high performance lining that withstands all IMO approved chemical cargoes. MarineLine \'s unique cross-linked polymer structure does not allow a chemical cargo to permeate the lining. This answers the critical needs for assuring product purity and for resisting corrosion. MarineLine Video MarineLine Powerpoint Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",31);arrFiles[53]=new Array(54,"marine/marine_inspec.asp","2005-09-21","Advanced Polymer Coatings - Inspectors","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","MarineLine Inspectors Rick Vassanelli – - Manager – Marine Inspection Services . – Rick has been with APC/MarineLine since it’s introduction into the marine market in the early ‘90’s. Rick is involved with MarineLine applications at all levels, from contract and pre-job negotiations, and all through the inspection and application process. Rick is additionally responsible for management and training of the MarineLine Inspection team. Antonio Rondao – Tony is from Almada, Portugal. Tony has more hands on application experience with MarineLine than probably any other person on earth. Tony is an excellent teacher and project coordinator, and has been very instrumental in bringing the MarineLine name to where it is today with his attention to detail, and vast knowledge of coating application techniques. Peter May – Peter was born in Scotland, and currently lives in Kuala Lumpur, Malaysia. As an Inspector, Peter has provided supervision and instruction of industrial and marine coating applications, worldwide. Additionally, Peter has an extensive heat cure background, and related on-site work experience. Peter has been instrumental in developing heat curing techniques and equipment currently used on marine coating applications today for APC. Anthony Neill - Tony is from Liverpool, U.K. and resides there as well. Tony has an extensive heat cure background, and is also an accomplished MarineLine Inspector. Tony has coordinated marine coating applications worldwide, and is an effective problem solver. Tony possesses a natural passion, and matching track record of getting, quality applications done right, and keeping projects on track. Capt. Koray Karagoz – Manager – MarineLine Turkiye, LTD . Koray is from Istanbul, Turkey and resides there as well. Koray is the Manager of MarineLine Turkiye LTD, and his dedication and drive is well reflected in his work as an Inspector. Koray is an accomplished ship captain, and has spent over ten years operating Chemical Cargo Tankers for a variety of owners. Okan Salur – Okan is from Istanbul, Turkey, and makes his home there as well. Okan has spent a great deal of his life aboard and in operation of chemical tankers, at all levels, eventually rising to Master. Okan is as dedicated an inspector, and shows an exceptional ability to maintain high standards in regard to the application process. He’s been a great addition to the team, and is an integral part of the future of MarineLine applications worldwide. Graham Hall – Graham is from the U.K., and currently resides in Istanbul, Turkey. Graham is a recent addition to the MarineLine Inspection team, and in addition to training as an inspector, brings his vast heat curing background to the job. Graham has been involved with a multitude of MarineLine applications over the years, and has always shown a great deal of drive and dedication to the projects. Graham has worked projects worldwide, and has shown to be very capable in meeting the demands of the projects. Maneesh Kalia – Maneesh (Mickey) was born in New Delhi, India, and resides there as well. Maneesh was educated in India, and the U.K. Maneesh studied at a Nautical College in South Shields, U.K., and has transitioned from a successful 10 year career in the merchant navy as a Chief Officer, primarily aboard chemical cargo tankers. Maneesh is a recent addition to the MarineLine team, and has recently assisted successful applications in China. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",39);arrFiles[54]=new Array(55,"marine/msds.asp","2005-09-21","Advanced Polymer Coatings - MSDS","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","MSDS Sign-In Please enter your username and password using the following form. New users should register for their free accounts to gain access to product specifications and MSDS records. If you have misplaced your password, please contact the system admin. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",31);arrFiles[55]=new Array(56,"marine/news.asp","2005-09-21","MarineLine News - Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","News TURKISH DELIGHT! 50 SHIPS NOW COATED WITH HIGH PERFORMANCE MARINELINE® IN TURKEY SINCE FIRST SHIP THERE COATED IN 2001 - August 15, 2005 MarineLine® continues to impress the marine transportation industry with its ongoing performance, as evidenced by the mid-summer milestone news that in Turkey alone, the 50th ship has now been coated with MarineLine® since the first ship was coated in that country in 2001. Click here for story. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",31);arrFiles[56]=new Array(57,"marine/reprints.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Article Reprints • Coating Challenges Stainless Steel : As seen in: The Motor Ship • Corrosion Control : Coatings Lag Behind Design and Construction. Ballast tanks still a major problem. As seen in: Fairplay Solutions • Enhanced Investment and Operating Economics From Advanced Tank Anticorrosion Coating System :. As seen in: De/Le Lloyd • Study Reveals Benefits of Steel Coatings : As seen in: LSM • More Business Gains for MarineLine, The \'High Tech/Top Spec \' Anticorrosion System for Chemical-Carrier Cargo Tanks : As seen in: Marine & Industrial Report, Singapore • Coating System Gives Investment and Operating Cost Edge Over Stainless: As seen in: Marine Log • Tank Coating for Chemical Tankers : As seen in: International Ship Repairs News • Bucking The Trend. Choosing the MarineLine tank coating system over stainless steel : As seen in: Maritime Reporter and Engineering News • APC reveals new MarineLine deal : As seen in: Lloyd \'s List • International Product Launch for MarineLine Composite, The New, Higher Performance Tank Lining System From APC : As seen in: Marine & Industrial Report Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",34);arrFiles[57]=new Array(58,"marine/ships.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Ships Coated Owner Name of Ship Where Coated DWT No. Tanks Coated Area (m 2 ) Date Coated Marina Denizicilik Turkey NB080 (Marina) Turkey 5,850 12 5,800 Sept 2005 Adrasan Shipping Turkey M/T Milas-C Turkey 6,000 13 5,618 Sept 2005 Mustafa Okan Ogullari Gemicilik M/T Mustafa Kemal 2 Turkey 3,500 13 4,450 July 2005 Lider Shipping Turkey M/T Lider Yaman Turkey 5,000 14 5,580 July 2005 Rederiet Stenersen Norway M/T Sten Nordic China 16,400 14 12,800 July 2005 ATS Denizicilik Turkey M/T Ozden S Turkey 5,850 14 6,200 July 2005 Garanti Denizicilik Turkey Hull #11 -- M/T Alaaddin Bey Turkey 10,000 16 9,600 July 2005 KGS (Ursa) Turkey M/T Cappadoccian Turkey 5,500 13 6,490 July 2005 TB Shipping Turkey M/T Sabedin Bey Turkey 4,500 12 4,943 July 2005 Rederiet Stenersen Norway M/T Sten Baltic China 16,400 14 12,800 June 2005 Aleyna Denizcilik Turkey Hull 02 Turkey 3,500 14 3,800 June 2005 Yardimci Turkey M/T Vanir Turkey 3,500 12 4,736 June 2005 TVK Shipping Turkey M/T Aziz Turkey 5,850 12 6,400 June 2005 Soli Denizicilik Turkey NB076 (Soli) Turkey 5,850 12 5,800 June 2005 Chemmariner Turkey NB44 Turkey 7,100 14 7,000 June 2005 Kaptanoglu Shipping, Turkey M/T Puli I Turkey 15,000 18 16,400 June 2005 Sener Petrol Turkey M/T Niyazi S Turkey 5,850 14 6,200 May 2005 Fenerbahce Denizicilik, Turkey M/T Yigit Bey Turkey 5,850 14 6,200 Mar 2005 Halikarnas Turkey M/T Oz-Ay Turkey 5,850 12 6,000 Feb 2005 IMC Shipping Singapore M/T Maritime North China 46,000 4 4,700 Dec 2004 IMC Shipping Singapore M/T Selandang Mutiara Singapore 46,000 6 10,470 Dec 2004 Yardimci Turkey M/T Thor Turkey 3,500 11 4,736 Nov 2004 Yardimci Turkey NB035 Turkey 6,000 12 5,800 Nov 2004 Aleyna Denizcilik Turkey M/T Aleyna Mercan Turkey 4,080 12 4,100 Nov 2004 Seatrend Belgium Hull #2650/01 China 2,650 12 3,300 Nov 2004 Kaptanoglu Shipping, Turkey M/T Puli Turkey 15,000 18 16,400 Sep 2004 Fatoglu Group Turkey M/T Nasibli Turkey 3,500 14 3,700 Sept 2004 Yardimci Turkey M/T Odin Turkey 3,500 11 4,736 Sept 2004 IMC Shipping Singapore M/T Maritime Kelly Anne China 46,000 4 4,700 Aug 2004 Seatrend Shipping Belgium NB01 China 2,700 12 3,000 Aug 2004 IMC Shipping Singapore M/T Selendang Permata China 46,000 6 8,880 Jul 2004 Clipper Group Denmark M/T Clipper Legacy Turkey 10,000 12 9,000 Jul 2004 Gagasan Carriers Malaysia M/T Gagasan Melaka Turkey 7,200 4 3,500 Jun 2004 Anders Utkilens Rederi AS - Norway M/T Talipli Turkey 3,500 14 3,700 Jun 2004 Lider Shipping Turkey M/T Lider Kerem Turkey 5,000 14 5,580 May 2004 Master Petrol Ve Denizcilik — Turkey M/T Veysel Bey Turkey 3,500 11 4,000 May 2004 Temmar Shipping Turkey M/T Alfatem Turkey 6,754 14 7,300 May 2004 Fortum / Neste Finland #NB225 Portugal 14,000 15 12,200 May 2004 Lider Shipping Turkey M/T Lider Kerem Turkey 5,000 14 5,580 May 2004 IMC Shipping Singapore M/T Maritime Tuntiga China 46,000 4 4,700 May 2004 IMC Singapore M/T Selendang Sari China 45,000 4 5,532 Mar 2004 Sener Denizcilik Turkey M/T Ebru S Turkey 3,500 11 4,000 Mar 2004 Clipper Group Denmark M/T Clipper Legend Turkey 10,000 12 9,000 Mar 2004 Fortum / Neste Finland M/T Kiisla Portugal 14,000 15 12,200 Feb 2004 Herning Denmark M/T Sophie Theresa Turkey 3,500 11 4,736 Feb 2004 Navytime Shipping The Netherlands M/T Oralake Turkey 2,650 12 3,300 Oct 2003 Clipper Group Denmark M/T Panam Trinity Turkey 10.000 12 9,000 Sep 2003 IMC Shipping Singapore M/T Seladang Ratna China 45,000 6 8,300 Sep 2003 Temmar Shipping Turkey M/T Star Turkey 6,700 13 7,267 Jul 2003 Anders Utkilens Rederi AS - Norway M/T Falcon China 13,500 17 14,600 Jul 2003 Clipper Group Denmark M/T Panam Serena Turkey 10,000 12 9,000 Jun 2003 ATS Shipping Turkey M/T Burce S Turkey 5850 11 6,200 Jun 2003 IMC Singapore M/T Maritime Maisie China 46,000 4 5,723 Apr 2003 Unifleet BV The Netherlands M/T Serra Theresa Turkey 1,450 11 2,250 Feb 2003 Bergen Tankers AS Norway M/T Bergen Nordic Turkey 3,500 14 3,712 Dec 2002 Rederiet M.H. Simonsen, Denmark M/T Orahope Turkey 3,300 13 4,736 Oct 2002 Rederiet M.H. Simonsen, Denmark M/T Oradana Denmark 2,500 7 2,278 Oct 2002 Lauranne Shipping The Netherlands M/T Laura H Romania 3,700 17 4,000 Jun 2002 Clearwater Group The Netherlands M/T Cliffwater Holland 5,300 10 3,850 Apr 2002 Herning Denmark M/T Maria Theresa Turkey 4,000 14 5,320 Dec 2001 Rederiet M.H. Simonsen, Denmark M/T Oraness Turkey 2,500 11 3,770 Dec 2001 Unifleet BV The Netherlands M/T Lieke Theresa Turkey 4,000 14 5,320 Jun 2001 Rederiet Stenersen Norway M/T Stenstraum China 13,500 17 14,600 Dec 2000 Clearwater Group The Netherlands M/T Coastalwater Holland 3,500 10 3,850 Jun 2000 LukOil Arctic Tankers Russia M/T Murmansk Germany 15,900 16 13,200 Apr 1999 M/T Maikop Germany 15,900 16 13,200 Feb 1999 M/T St. Petersburg Germany 15,900 16 13,200 Jan 1999 Medimar — Italy M/T Sveva Italy 14,000 16 14,600 Oct 1998 Clearwater Group The Netherlands M/T Coralwater Holland 2,700 12 3,700 Jun 1998 LukOil Arctic Tankers — Russia M/T Perm Germany 15,900 9 12,900 Dec 1997 M/T Volograd Germany 15,900 9 12,900 Dec 1997 Latvian Shipping Latvia M/T Zanis Griva Portugal 16,300 16 18,000 May 1997 Latvian Shipping Latvia M/T Dzintari Portugal 17,600 16 18,000 Jun 1995 Latvian Shipping Latvia M/T Indra Portugal 28,800 16 27,800 Dec 1994 Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",85);arrFiles[58]=new Array(59,"marine/specs.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Application Specs Sign-In Please enter your username and password using the following form. New users should register for their free accounts to gain access to product specifications and MSDS records. If you have misplaced your password, please contact the system admin. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",31);arrFiles[59]=new Array(60,"marine/studies.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Case Studies MarineLine Resists Massive Force of Implosion Inside Chemical Tanker Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",30);arrFiles[60]=new Array(61,"marine/test.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","An Independent Technical Report on MarineLine for the Suitability of MarineLine for Cargo Tank Coatings By Anticorrosion Service del dott. Norbert Ackermann PART 1 - Application/Mechanical Properties PART 2 - Chemical Resistance PART 3 - Comparisons & Conclusions Laboratorio Chimico Test Data Test Results Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",31);arrFiles[61]=new Array(62,"marine/adver/apc018.asp","2005-09-21","APC MarineLine Ads - Performance Report","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements PERFORMANCE REPORT INDEPENDENT CORROSION EXPERT CONFIRMS COATING OUTPERFORMS STAINLESS STEEL Internationally renowned corrosion expert Dr. Norbert Ackermann performs real life test for shipyard. The MARINELINE Advantage! The following excerpts are taken from the independent technical report titled Suitability of MARINELINE for Cargo Tank Coatings, prepared by Dr. Norbert Ackermann of Anticorrosion Service. MARINELINE coating resists, without limitations, virtually all common sea-trade cargoes, including also products unsuitable for stainless steel. For chemical carriers of all IMO classes MARINELINE , owing to its unlimited cargo range as well as owing to easier cargo handling and tank cleaning, offers significant advantages over traditional coatings. Compared to stainless steel tanks, MARINELINE offers the same cargo range (limited only by the equipment material) at a much lower cost. Testing 98% sulfuric acid Testing methanol Write or Fax for a Copy of the Full Technical Report Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",37);arrFiles[62]=new Array(63,"marine/adver/apc021a.asp","2005-09-21","APC MarineLine Ads - Cost Edge","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements AS SEEN IN : Coating system gives investment and operating cost edge over stainless Latvian Shipping has already upgraded three of its products tankers with MarineLine. This is the No. 4 Starboard tank of the 16,340 dwt Zanis Griva. In a case study undertaken by Advanced Polymer Coatings, Avon, Ohio, newbuilding cost of a 37,000 dwt double hull chemical tanker with stainless steel tanks was found to be almost exactly double that of an equivalent tanker with carbon steel tanks protected by Advanced Polymer Coating \'s MarineLine Siloxirane polymer-based anticorrosion system. AMORTIZATION COST At 75 million, the stainless steel tank newbuilding would have a daily amortization cost of 23,433, compared with 11,810 per day for the 37.8 million MarineLine treated vessel. Both sets of figures assume 275 days of operation a year. But Advanced Polymer says that the Siloxirane-based MarineLine tank lining would also give savings in turn around time and off hire. The Advanced Polymer case study considers a 29,000 dwt tanker carrying methanol and earning 20,000 a day t or 0.69/dwt being achieved by the shipowner. This would produce a revenue of 25,530 daily for the 37,000 dwt newbuilding in the Advanced Polymer study. But allowing 6,162 per day for operating costs and adding in the amortization costs produces a scenario in which the stainless steel tanked vessel would face an operating deficit of more than 4,000 a day, while the vessel with MarineLine coated tanks would notch up a daily gross profit of over 7,500. The Advanced Polymer product also offers economic advantages to in-service vessels. The cost of upgrading a 46,000 dwt products/oil carrier, involving a surface area of some 30,000 m2, with the Siloxirane product would be somewhat under 250,000 t or about 12% more than a phenolic epoxy coating. However, claims Advanced Polymer, the additional cost would be recouped in four months, through enhanced vessel utilization. The boost in utilization would result from improved surface smoothness and nonabsorption of the MarineLine treated tanks along with their ability to handle a greatly extended range of chemical and other liquid cargoes. RESISTANT OVER WIDE TEMPERATURE RANGE In a wide range of tests, MarineLine has been shown to be resistant to 98% of all acids, alkalis, solvents and fluids over wide temperature ranges. Quick turnarounds can be achieved with the MarineLine coated tanks, cutting 3-4 days per port call from the 9-10 days usually spent on cargo discharge and tank cleaning, claims Advanced Polymer. Assuming an average 18-20 port calls per year, the MarineLine vessel could be operational for an additional 54-80 days annually. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",38);arrFiles[63]=new Array(64,"marine/adver/apc049.asp","2005-09-21","APC MarineLine Ads - Economic Report","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements ECONOMIC REPORT TANK COATING CAN SAVE YOU U.S.122 Per Square Meter PER YEAR! The High Performance Siloxirane® Coating for the Marine Transport Industry For the full story on MarineLine , send for our free brochure. I f you intend to carry methanolacrylonitrile, BTBE, or fatty acids, etc., your tank coating has to be MarineLine ! MarineLine outperforms epoxies, zinc and stainless steel. MarineLine handles all IMO-approved chemicals Advanced Polymer Coatings, LLC Avon, Ohio 44011 U.S.A. 440/937-6218 Phone 440/937-5046 Fax 800/334-7193 Toll-Free in USA & Canada www.adv-polymer.com Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",35);arrFiles[64]=new Array(65,"marine/adver/apc054.asp","2005-09-21","APC MarineLine Ads - Economic Report","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements TANK COATING CAN SAVE YOU U.S. 122 PER SQUARE METER PER YEAR! If you intend to carry methanol, acrylonitrile, BTBE, or fatty acids, etc., your tank coating has to be MarineLine! MarineLine outperforms epoxies, zinc and stainless steel. MarineLine handles all IMO-approved chemicals. Send for this cost analysis report. For the full story on MARINELINE , send for our free brochure. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",36);arrFiles[65]=new Array(66,"marine/adver/apc065.asp","2005-09-21","APC MarineLine Ads - Newbuild Innovation","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements NEWBUILD INNOVATION Advanced Polymer Coatings Congratulates Mediterranea di Navigazione on Launching the Exceptional New Chemical Tanker M/T Sveva The M/T Sveva is the latest development of an all green chemical tanker, with capability to carry all IMO II and III cargoes, including: Propylene Oxide Methanol MTBE Acrylonitrile Acids, Alkalies, and Solvents This advancement is made possible through APC \'s state-of-the-art, patented MARINELINE ® system which has been used to line the cargo tanks instead of using expensive stainless steel. This unique coatings solution reduced the capital newbuilding costs for the Sveva builder, Cantiere Navale De Poli. Medimar, owned by Mr. Paolo Cagnoni, and operator of M/T Sveva with its superior cargo tank capability, can now carry more aggressive, demanding and pure chemical cargoes at a lower cost. Medimar and its customers will have increased productivity and flexibility. Provides the Innovative Solution in a Newbuild Cargo Carrier Success! Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",36);arrFiles[66]=new Array(67,"marine/adver/apc093.asp","2005-09-21","APC MarineLine Ads - Avoid Coatings Mistake","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements Resists: Acids: 98% Sulfuric, Super Phosphoric, Acetic, Formic Solvents: Methanol, MTBE, Propylene Oxide, EDC, Etc. Others: Caustics, Acrylonitrile, Edible Oils, Wine, Etc. Wear and Abrasion Thermal Shock Under Creep Corrosion Impact Flex Stressing Send for Chemical Resistance Guide Don \'t Risk Your Ships to the Wrong Coating! Specify MarineLine® for Long-Term, Profitable Performance. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",37);arrFiles[67]=new Array(68,"marine/adver/apc205.asp","2005-09-21","APC MarineLine Ads - Profit Report","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advertisements PROFIT REPORT COATING BUILDS PROFITS Patented corrosion-resistant polymer coating provides ship owners with FLEXIBILITY in handling even the toughest chemical cargoes. According to latest survey in the marine industry, the next five years will offer the most profitable opportunities for chemical tanker owners. DZINTARI 100% R.O.I. On Your Coating Investment In Less than 4 Months. M/V INDRA To take advantage of this potential, specify M arineLine coating from Advanced Polymer Coatings. MarineLine is the only coating system that can handle all IMO chemicals, including such tough cargoes as: Methanol MTBE EDC Glycols Caustic Soda Ammonia Bleach Amines Fatty Acids Phosphoric Acid Sulfuric Acid Lube Oil Additives at high heat Other High Purity Cargoes As an example, with MarineLine , you can carry Methanol one way, then carry a load of vegetable oil on your return trip - in the same cargo tank! MarineLine offers: Easy Cleaning No contamination from cargo to cargo No waiting to dry out coating All these tremendous benefits add up to higher profits for your cargo tanker operations. For detailed performance information and a free brochure, contact APC today. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",42);arrFiles[68]=new Array(69,"marine/article/apc013a.asp","2005-09-21","APC MarineLine Articles - Motor Ship","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : Coating challenges stainless steel By Paul Doughty A USA-based coating manufacturer says that its Siloxirane coating gives operators of chemical tankers many benefits. More than 15 chemical tankers under build in Korea, Germany and China are to have their cargo tanks coated with Advanced Polymer Coatings \' (APC) anti-corrosion system MarineLine . The ships are all due for delivery in 1998 and 1999 while a further nine existing tankers will be coated in the early part of next year. APC says it has won further contracts from V-Ships, Hiltveit Associates and Ceres Hellenic/Seachem. In June the 16,340 dwt products tanker Zanis Griva was coated with MarineLine when it was upgraded to an IMO Class II Chemical tanker. Zanis Griva \'s owner, Latvian Shipping Co, intends to upgrade a further group of its ships. These include the 6,300 dwt Ventspils class. Ceres Hellenic/Seachem \'s 38,000 dwt Maastad L had eight of its cargo tanks coated with MarineLine at Hyundai shipyard, Korea, in September 1995, involving a surface area of 10,000m2. APC comments that the benefits of its siloxirane polymer technology reflects the ability of MarineLine to resist the wide range of highly aggressive chemical cargoes. Siloxirane does not have the hydroxyl and ester components that have led to coating failures in other polymers such as epoxies and vinylesters, claims APC. The company also says there are vast potential cost savings for owners. To illustrate these savings, the company has produced its own figures based on the newbuilding and operating costs for a 37,000 dwt double hull chemical tanker. The comparison is between the ship built with stainless steel tanks and with carbon steel tanks coated with MarineLine (see table). APC says this shows the tanker built with stainless steel tanks would be operating at a loss compared with the profit for the MarineLine coated ship. Over a year of 275 operational days APC calculates the loss on the ship with stainless steel tanks at 1,117,895 as against the profit on the MarineLine coated ship of 2,078,450. The benefits also accrue to existing ships claims APC. The company recently quoted for recoating some 30,000m of area in 14 cargo tanks and two slop tanks on a 46,000 dwt products tanker. The cost of just over 2.0 million was less than 12 per cent higher than that for a phenolic epoxy coating system. APC notes that its quoted included staging, preparation, application and inspection, as well as a full five-year guarantee. It says that the cost differential between the two systems was some 250,000 which the operator should be able to recoup within four months. MarineLine is said to have greater surface smoothness and is non-absorbent. APC believes that phenolic epoxy systems are rougher and thus take longer to clean, while their high absorption rate means they need between seven and ten days for the tanks to dry after washing. APC argues that a chemical tanker averaging eight to ten days in port can save a minimum of three to four days per call using MarineLine . On a basis of 18 to 20 port calls per year this means the ship would be operationally available for an extra 54 to 60 days. This, says the company, means the operator would be able to generate some 1.4 million in extra revenue . COMPARATIVE COATING COSTS 37,000 dwt double hull chemical tanker New building cost Stainless steel tanks 75 million MarineLine 37.8 million Daily amortization (operating 275 days/year) 23,433 11,810 Operating costs/day 6,162 6,162 Total cost/day 29,595 17,972 Revenue/day for methanol at 0.69/dwt 25,530 25,530 (Loss) or Profit/Day (4,065) 7,558 Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",43);arrFiles[69]=new Array(70,"marine/article/apc013b.asp","2005-09-21","APC MarineLine Articles - Fairplay Solutions","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : Coatings lag behind design and construction Ballast tanks still a major problem Advanced Polymer Coatings claims its MarineLine cargo tank anticorrosion lining is resistant to 98 per cent of all traded chemicals. Latvian Shipping has upgraded three of its product tankers with MarineLine, including the 16,340 dwt Zanis Griva, which had 16 cargo tanks and two slop tanks coated. There has been quite a lot of information printed abut corrosion protection of steel surfaces within the marine field, particularly with the emphasis on ballast tanks. Areas on a vessel that are accessible are maintained well and offer no serious problems. However, hidden surfaces, like ballast tanks, continue to create major problems for double-skinned newbuildings. Bert Kok, who has managed Devoe Coatings Europe for 24 years, and claims to have large experience of applications both in the newbuilding and repair field on land-based and offshore told Solutions , So far, only the automotive and the aircraft industry have been able to address the corrosion problems related to their creations, by full integration of corrosion protection works in their building programme. However, shipbuilding has developed rapidly, with new design and construction techniques, whereas the coating systems for long term protection, able to cope with these new built products are lagging far behind, says Kok. The marine coating industry has been modifying existing technology, primarily due to pressure from environmental rules combined with economic pressure from the yards to avoid costly surface preparation and the expense of achieving ambient conditions. Kok says the only major technology breakthrough was seen in early in 1980, when Devoe Coatings launched its surface tolerant Bar Rust epoxy. He claims this technology was copied by other paint suppliers, primarily to keep market share. As long as the marine coatings industry remains a marginal business, Kok believes little or no money will be spent on R & D for new products required by the marketplace. Modern shipbuilding taking place in Finland and Holland is recognising the value of modern technologies for protection of steel surfaces while building in house. So much so, that R&D budgets are being allocated for improvements to coating procedures and systems. The prime requirements for new coating technology are safety, environmental and cost, while keeping long term performance of the system as the highest priority. The vessel operator is primarily interested in the enhancement of projected earnings by reduced maintenance costs and higher book values of the vessel. Every kilo counts Currently, ships are being built as light as possible, to reduce fuel consumption whilst increasing cargo volume. Lighter vessels however, do require specific construction features to compensate for the reduction of steel thickness, says Kok. As the cargo spaces are kept as smooth as possible for greater efficiency, the structural members are now mostly found in the ballast tank space. A massive amount of ballast tank surface area has also been added because of the double skin constructions around these cargo spaces, offering new challenges to the coatings, due to elevated cargo temperatures and reverse impact damage caused by cargo loading gear. More stress and torsion points are present, often in combination, with overbuild coating films in these difficult and confined spaces, which make hard epoxy coatings crack, Kok told Solutions . Thinner steel plates do not allow for delayed maintenance if coating failures are present, as pitting occurs more quickly in a completely coated tank with localised breakdowns. As a consequence, not only the shape and form of ballast tanks have changed in such a way that coating work has become more difficult, but also the exposure of the coating over the period of operations has changed dramatically, says Kok. The in-situ adjustments of the mixed products by adding solvents and/or fast cure chemicals to meet production schedules and variations in temperature and humidity conditions, improve sprayability of the product, but also have an impact on the performance of the applied coatings in the long term says Kok. Such actions only assist the moment of application without any consideration for the products performance expectations, he adds. If the old concept of blasting to SA 2.5 and applying the coating in the correct manner printed in SSPC and ASTM is no longer realistically achievable, why not try new technology which is able to cope with modern issues like safety, environmental, economical, and performance. True, epoxies work extremely well, but only if applied well, says Kok. It looks as if new technology able to meet the fantastic challenges offered for lining tanks of ships, be it cargo or ballast tanks, must come from the minds of entrepreneurs who are not hampered by market share and other large corporate issues, Kok told Solutions . Advanced Polymer Coatings has introduced cargo tank lining technology based on a polymer technology (see Innovations next month) which combines unique organic and inorganic materials into a chemical tank lining which it claims is resistant to 98 percent of all traded chemicals. It makes the product superior to stainless steel and costs only 20 percent more than epoxy linings currently used. Repair jobs and newbuildings are presently being coated without trouble t offering owners unparalleled earnings, says Kok. Royal Chemical Corp. is another company that has developed a tank lining product. When Marintek Laboratories of Norway verified the qualities of this new waterbourne, one component, asphaltine emulsion coating in 1995, it classed the product as a star product for the substitute of soft coatings says Kok. The product is classed as semi-hard, and as a repair coating became instantly popular applying the product as a repair coating for broken down epoxy systems. According to Kok, the coating stays flexible, copes with reverse impact and is heat resistant, allowing its use on steam lines. It is easy to apply, as it should be, and does not pose a health or safety risk. Having gained more than two years experience on newbuildings, The classification societies will now be approached for new construction type approvals as well, says Kok. They are two examples of new products which are not an extrapolation of existing coating technologies. These have been created as a stand-alone products, to meet the market requirements without using old technology like epoxy. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",44);arrFiles[70]=new Array(71,"marine/article/apc013c.asp","2005-09-21","APC MarineLine Articles - De/Le Lloyd","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : Enhanced investment and operating economics from advanced tank anticorrosion coating system Latvian Shipping has already upgraded three of its products tankers with MarineLine, including m/t Zanis Griva, 16,340 dwt, which has 16 cargo tanks and two slop tanks MarineLine \'d in June this year. Pictured is the No. 4 Centre Tank, surface area 1,590 m2. A side-by-side comparison between the costs of building a chemical tanker equipped with stainless steel tanks, and one coated with MarineLine , the Siloxirane polymer-based anticorrosion system, has come out heavily in the favour of MarineLine . In a case study undertaken by Advanced Polymer Coatings (APC) of Ohio, USA, the newbuilding cost of a 37,000 dwt Double Hull Chemical Tanker with Stainless Steel tanks is almost exactly twice that of its MarineLine -protected carbon steel tanks equivalent. With amortization of the financing costs, including an assumed interest of 6% over 20 years, the USD 75.0 million stainless steel tank newbuilding would represent a per-day amortizaion cost of USD 23,433. This compares with only USD 11,810 per day for the MarineLine -treated alternative with its capital cost of USD 37.8 million. Both sets of figures are based upon an assumed 275 days operating/year. However, in view of the savings in turn-round time and off-hire which derive from the use of the Siloxirane-based tank lining, the days operating/year ratio is capable of being improved further along with the subsequent operating cost benefits it provides. The quick turnaround made possible by MarineLine -coated tanks can save a minimum of 3/4 days per port call out of an average 8/10 days which such vessels normally spend on cargo discharge and tank cleaning. With an average of 18-20 port calls a year, this means that the MarineLine protected chemcal tanker could be operational for an additonal 54-80 days annually, with corresponding increases in revenue returns. Covered by a five-year guarantee, the effective service life of MarineLine looks set to exceed this timespan by a wide margin. Rail tank-cars treated by APC with its Siloxirane-based lining system over eight years ago still carry such aggressive loads as sulphuric acid, methylene chloride, etc. without any repair work. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",37);arrFiles[71]=new Array(72,"marine/article/apc014a.asp","2005-09-21","APC MarineLine Articles - LSM","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : Study reveals benefits of steel coatings Carbon steel tanks coated with MarineLine are financially favourable. To indicate the advantages of using coated steel tanks instead of stainless tanks in the construction of chemical tankers, Ohio-based Advanced Polymer Coatings (APC), has published the findings from its own comparative study between the two different types chemical tanker. APC is also the developer of the Siloxirane based anti-corrosion system MarineLine . The newbuilding cost of a 37,000 dwt. double-hulled chemical tanker with stainless steel tanks is almost exactly twice that of the same vessel equipped with MarineLine protected carbon steel tanks. The study suggests that with amortization of the financing cost, including an assumed interest of 6% over 20 years, the 75m stainless steel tank newbuilding would represent a per-day amortization cost of 23,433. This compares with only 11,810 per day for the MarineLine -treated alternative with its capital cost of 37.8m. In order to generate sufficient income to cover the respective amortization costs, there would need to be a substantial difference in the freight rates charged. According to the APC case study of a 29,000 dwt tanker carrying methanol and charging 20,000 per day, this resulted in a rate of ¢69 per dwt/day being achieved by the owner. The survey estimates that an equivalent stainless steel tank vessel would have to charge a rate of 1.09 per dwt/day to produce the same operating margin, an increase of over 58%. The 37,000 dwt chemical tanker newbuilding option involves identical operating costs of 6,162/day for both the stainless steel and MarineLine -protected vessels. With the addition of the respective amortization costs and employing the same ¢69/dwt/day factor (which generates a revenue of 25,530 daily) the owner or operator of a stainless steel tank vessel would be faced with anoperating deficit of 4,065 a day. By contrast, the survey suggests a MarineLine -coated counterpart would be notching up a daily gross profit of 7,558, enabling the vessel-financing costs to be paid off in just nine years. As well as the newbuilding market advantages, the survey goes on to suggest that similar operational bonuses are possible when the coating is applied to in-service vessels. The all-inclusive initial outlay for the MarineLine , anti-corrosion treatment of a 46,000 dwt products/oil carrier involving a surface area of 30,000 m2, is marginally more expensive than a phenolic epoxy coating system. However, the resulting vessel upgrading would enable this additional cost (estimated to be in the region of .25m) to be recouped within four months through improved vessel utilisation factors. These improvements result from enhanced surface smoothness (0.7RA) and the non-absorption features of MarineLine , as well as the treated tanks \' ability to handle a greatly extended range of chemical and other liquid cargoes. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",39);arrFiles[72]=new Array(73,"marine/article/apc014b.asp","2005-09-21","APC MarineLine Articles - Marine Report","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : Singapore MORE BUSINESS GAINS FOR MARINELINE, THE \'HIGH TECH/TOP SPEC \' ANTICORROSION SYSTEM FOR CHEMICAL-CARRIER CARGO TANKS Major new contract from Latvian Shipping, to upgrade MT \'Zanis Griva \', 16,340 dwt, to IMO Class II category Ohio, USA-based Advanced Polymer Coatings, Inc. reports that Latvian Shipping \'s 1985-built MT \' Zanis Griva \', 16,340 dwt, is currently undergoing extensive refurbishment at Lisnave Shipyards, Portugal, during which it will be upgraded from a Products Tanker to IMO Class II Chemical Carrier status. A major feature of this upgrading program is the gritblasting and anti-corrosion treatment of all 16 cargo tanks and two slop tanks with MarineLine , the high-technology, Siloxirane-based tank lining system patented by APC. The entire cargo tank surface areas-totaling 28,000 m2 - will be prepared to surface grade SA2.5 before being airless-spray coated with three coats of MarineLine , which is then heat cured at 60°C. The upgrading contract commenced on May 26 and is scheduled to be completed in early-July, from which time MT \' Zanis Griva \' will be able to trade in the more demanding, higher-paying IMO Class II chemicals transportation sector. This is the third Latvian Shipping tanker to be treated with MarineLine , enabling each vessel to \'trade up \' into the methanol-carrying sector, explains Mr. Don Keehan, Director of Research at APC. It follows nearly three years highly-successful inservice performance of their tanker \' Indra , which had 16 tanks coated with MarineLine in late-1994, and its subsequent experience with MT \' Dzintari \' - a sistership of MT \' Zanis Griva \' - which also had 16 tanks MarineLine-treated in mid-1995. Latvian Shipping has stated that a further eight Products Tankers in its fleet - currently relying on zinc-coated cargo tanks - will then be progressively upgraded with Siloxirane-based MarineLine . These include five \' Ventspils \'-class tankers (6,300 dwt), and three more \' Zanis Griva \'-class vessels (16,340 dwt). The Company \'s tanker fleet is exclusively employed in the time and trip charter markets. According to Mr. Andris Klavisn, recently appointed as Latvian Shipping \'s Chief Executive Officer, a better than planned performance by the Company \'s tanker fleet was one of the significant reasons behind its First Quarter \'97 profit. This is a significant \'testimonial \' to the performance of MarineLine , claims Don Keehan, building on the improved revenue-earning results achieved through Latvian Shipping \'s operational experience with both \' Indra \' and \' Dzintari \'. We understand that the former vessel was able to command US 20,000 per day in the methanol trade, against 12,000/day prior to its upgrading, and that easier, faster tank cleaning and ship turnaround contributed considerably to the operational savings gained. Advanced Polymer Coatings originally developed Siloxirane-based polymer coatings and composites to meet the extremely demanding requirements of the US aerospace and defense industries. Its high resistance to wear, extreme temperatures, and aircraft and rocket fuels, coupled with a number of other unique properties, make it eminently suited to a wide variety of other applications where these features can be used to advantage. One such industrial application is as a lining material for the cargo tanks of chemical tankers, an area where there have been no real advances for more than a quarter of a century. Numerous tests have shown that MarineLine is resistant to more chemicals than zinc silicate and phenolic epoxy tank coatings. It even outperforms stainless steel, being resistant to 98% of all corrosive acids, alkalis, solvents and other aggressive chemicals. As in most scientific advances where the boundaries of previously-accepted but now obsolete technology are being pushed back, there is a degree of industry scepticism over MarineLine and our performance claims, Don Keehan acknowledges, and this has slowed down our projected penetration of the chemical tanker coatings market. Nonetheless, we are making very satisfactory progress despite this not unexpected resistance to change, and also despite disinformation being given to chemical tanker operators by one or two of our \'competitors \' in this sector of the industy, he added. Keehan went on to say: While the latter development is a severe irritant, because of the inaccurate, untruthful and deliberately misleading statements being made to respected operators in the trade, we are rather amused by their adoption of a \'dirty tricks \' campaign! It tells us that APC and MarineLine are perceived to be a real threat to existing \'high performance \' chemical-tank coatings suppliers, and that they fully understand their own vulnerability to losing a major share - if not all - of the highly - specialized tank linings market in the years ahead. We say \'the proof of the pudding is in the eating \' - ask the technical people in Latvian Shipping Company \'s Tanker Division, or any others of the increasing number of well-satisfied MarineLine customers now giving us repeat orders - they are our most effective sales force, being well informed and well aware of the performance advantages and operator benefits provided by MarineLine , concluded Advanced Polymer \'s Director of Research. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",41);arrFiles[73]=new Array(74,"marine/article/apc021.asp","2005-09-21","APC MarineLine Articles - Marine Log","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : Coating system gives investment and operating cost edge over stainless Latvian Shipping has already upgraded three of its products tankers with MarineLine. This is the No. 4 Starboard tank of the 16,340 dwt Zanis Griva. In a case study undertaken by Advanced Polymer Coatings, Avon, Ohio, newbuilding cost of a 37,000 dwt double hull chemical tanker with stainless steel tanks was found to be almost exactly double that of an equivalent tanker with carbon steel tanks protected by Advanced Polymer Coating \'s MarineLine Siloxirane polymer-based anticorrosion system. AMORTIZATION COST At 75 million, the stainless steel tank newbuilding would have a daily amortization cost of 23,433, compared with 11,810 per day for the 37.8 million MarineLine treated vessel. Both sets of figures assume 275 days of operation a year. But Advanced Polymer says that the Siloxirane-based MarineLine tank lining would also give savings in turn around time and off hire. The Advanced Polymer case study considers a 29,000 dwt tanker carrying methanol and earning 20,000 a day t or 0.69/dwt being achieved by the shipowner. This would produce a revenue of 25,530 daily for the 37,000 dwt newbuilding in the Advanced Polymer study. But allowing 6,162 per day for operating costs and adding in the amortization costs produces a scenario in which the stainless steel tanked vessel would face an operating deficit of more than 4,000 a day, while the vessel with MarineLine coated tanks would notch up a daily gross profit of over 7,500. The Advanced Polymer product also offers economic advantages to in-service vessels. The cost of upgrading a 46,000 dwt products/oil carrier, involving a surface area of some 30,000 m2, with the Siloxirane product would be somewhat under 250,000 t or about 12% more than a phenolic epoxy coating. However, claims Advanced Polymer, the additional cost would be recouped in four months, through enhanced vessel utilization. The boost in utilization would result from improved surface smoothness and nonabsorption of the MarineLine treated tanks along with their ability to handle a greatly extended range of chemical and other liquid cargoes. RESISTANT OVER WIDE TEMPERATURE RANGE In a wide range of tests, MarineLine has been shown to be resistant to 98% of all acids, alkalis, solvents and fluids over wide temperature ranges. Quick turnarounds can be achieved with the MarineLine coated tanks, cutting 3-4 days per port call from the 9-10 days usually spent on cargo discharge and tank cleaning, claims Advanced Polymer. Assuming an average 18-20 port calls per year, the MarineLine vessel could be operational for an additional 54-80 days annually. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",38);arrFiles[74]=new Array(75,"marine/article/apc059.asp","2005-09-21","APC MarineLine Articles - International Shiprepair News","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : Tank coating for chemical tankers The marine coatings market is one of the most demanding, especially the chemical carrier cargo lining sector. To cater for the cargo tank lining market, APC developed MarineLine , a dense, highly cross-linked molecular structure which makes it resistant to all solvents and 98 per cent of the chemicals carried by sea-going tankers. Latvian Shipping \'s chemical tanker MT Indra, 28,400 dwt. These include exceptionally aggressive products such as sulphuric acid and chlorinated hydrocarbons that are normally carried in stainless steel tanks or tanks lined with expensive fluoropolymer linings. Unlike many conventional epoxy coatings, there is no tendency to absorb small quantities of cargo into the lining and later leach them out into a new cargo. For high-purity cargoes such as technical-grade methanol, this contamination from previous cargoes can put an entire consignment off-specification. In one of the first full shipload applications of MarineLine , in 1994, the cargo tanks of Latvian Shipping \'s 28,400 dwt chemical/product tanker Indra were coated with the product to enable the ship to carry methanol. A year later the same company came back to APC for assistance with the conversion of its 16,344 dwt product tanker Dzintari into a IMO Class II chemical carrier. The project entailed lining a total area of 30,000 sq.m - all 14 cargo tanks and two slop tanks - with MarineLine \'s two-component polymer system. Under the 2m contract, the coating is guaranteed for five years. While MarineLine was applied to the tanks of five vessels in 1997 (total surface area over 40,000 sq.m), the first six months of 1998 have seen sales soar well beyond those record results. In the January-June period, APC has already supplied MarineLine for another five tankers (surface area over 50,000 sq.m), with a further 13 vessels/140,000 sq.m contracted for coating during the remaining months of this year. Up until the last quarter of 1997, MarineLine had only been used on in-service tankers, upgrading them for the transportation of more-aggressive, more-demanding chemical cargoes. However, from December last year, MarineLine was selected for application to the internal surfaces of all cargo tanks of a series of five double-hull tanker newbuildings for LUKoil, the Russian group claiming to be the world \'s largest oil production organisation. These newbuildings, which broke new ground for APC, are the first ever new-construction tankers to have their cargo tanks protected with MarineLine from the very beginning of their operational life. APC has since signed a further number of newbuilding contracts with other European owners, to be constructed in shipyards around Europe and elsewhere. These include one ship from vessel owner Medimar, two from Venture Ship Management, four from Buttner Shipping and five from Hansa Mare. After initial industry scepticism, the firm contracts or letters of intent already signed for 21 vessels next year (representing over 400,000 sq.m of surface lining) show that MarineLine is close to being the market leader for the lining of chemical tankers. A side-by-side comparison between the costs of bui lding a chemical tanker equipped with stainless steel tanks, and one coated with MarineLine , has come out heavily in the favour of MarineLine . In a case study undertaken by Advanced Polymer Coatings (APC), the newbuilding cost of a 37,000 dwt double hull chemical tanker with stainless steel tanks is almost exactly twice that of its MarineLine protected carbon steel tanks equivalent . With amortization of the financing costs, including an assumed interest of 6% over 20 years, the US75.0 million stainless steel tank newbuilding would represent a per-day amortization cost of US23,433.This compares with only US11,810 per day for the MarineLine -treated alternative with its capital cost of US37.8 million. Both sets of figures are based upon an assumed 275 days operating/year. However, in view of the savings in turn round time and off-hire which derive from the use of the Siloxirane-based tank lining, the days operating/year ratio is capable of being improved further along with the subsequent operating cost benefits it provides. In order to generate sufficient income to cover the respective amortization costs, there would need to be a substantial difference in the freight rates charged. Based on an actual APC case study of a 29,000 dwt tanker carrying methanol charging US20,000 per day, this resulted in a rate of US0.69 per dwt/day being achieved by the owner. An equivalent stainless steel tank vessel would have to charge a rate of US1.09 per dwt/day to produce the same operating margin - an increase of over 58 per cent! MT Maasstad L, No 2 centre tank. The 37,000 dwt chemical tanker newbuilding scenario involves identical operating costs of US6,162 per day for both the stainless steel and MarineLine -protected vessels. With the addition of the respective amortization costs and employing the same US0.69/dwt/day factor, which generates a revenue of US25,530 daily, the owner or operator of a stainless steel tank would be faced with an operating deficit of US4,065 a day. By contrast, his MarineLine -coating counterpart would be notching up a daily gross profit of US7,558, enabling the vessel financing costs to be paid off in just nine years. Similar economic advantages are achievable when applied to in-service vessels. The all-inclusive initial outlay for the MarineLine anticorrosion treatment of a 46,000 dwt Products/Oil Carrier involving a surface area of some 30,000 m2 is marginally more expensive than a phenolic epoxy coating system. The difference, however, is less than 12 per cent, at under US0.25 million. The resulting vessel upgrading would enable this additional cost to be recouped within four months through improved vessel utilisation factors. These improvements result from enhanced surface smoothness (0.7RA) and the non-absorption features of MarineLine , as well as the treated tanks \' ability to handle a greatly extended range of chemical and other liquid cargoes. The quick turnround made possible by MarineLine -coated tanks can save a minimum of 3/4 days per port call out of an average 8/10 days which such vessels normally spend on cargo discharge and tank cleaning. With an average of 18-20 port calls a year, this means that the MarineLine -protected chemical tanker could be operational for an additional 54-80 days annually, with corresponding increases in revenue returns. These comparisons, though based on case studies, have also been supported by the performance and results of many applications in recent years. APC \'s steadily growing list of vessel references-which includes major contracts for Ceres Hellenic/Seachem, Latvian Shipping Company, Chemical Tankers of America and LUKoil. MT Maasstad 38,000 dwt among others-testifies to the practical success of the MarineLine system and the operating cost economies which have been achieved. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",49);arrFiles[75]=new Array(76,"marine/article/apc060.asp","2005-09-21","APC MarineLine Articles - Maritime Reporter","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : by David Tinsley, technical editor BUCKING THE TREND IN CHOOSING THE MARINELINE TANK COATING SYSTEM OVER STAINLESS STEEL FOR ITS NEWEST CHEMICAL TANKER \'S TANKS, MEDITERRANEA DI NAVIGAZIONE IS SAVING MONEY Sveva Main Particulars Length, o.a. 446 ft. (136 m) Length, b.p. 415 ft. (126 m) Breadth, moulded 75 ft. (23 m) Depth, moulded 40 ft. (12.25 m) Draft, max. 24.6 ft (7.5 m) Max DWT with shallow draft 14,000 tons Engines MAN 48/60 Coatings Advanced Polymer Coatings Power, mcr 6,300 kW Speed 15 knots Classification RINA Tanks 14 cargo 2 slop 1 recovery 2 deck slop Venetian trader Eschewing stainless steel in favor of the innovative, U.S.-developed MarineLine tank coating system, Italian shipowning company Mediterranea di Navigazione has gone against the grain in current chemtanker newbuilding design.The 14,000-dwt Sveva , which went down the ways in August at the compact, privately-owned premises of Cantiere Navale De Poli, is further distinguished by the adoption of a standby electrical propulsion drive and a protected bunker tank location behind an extended double-hull. She is of added merit in her strengthened cargo section which will permit certain types of chemical gases, such as propylene dioxide, to be carried in liquid form. The attributes of the vessel type have been recognized by the petro-chemical industry, with the result that the Ravenna-based shipowning firm, headed by Paolo Cagnoni, has secured a regular charter commitment to the vessel for coastwise trade into Venice. Lower capital costs and higher ship productivity are claimed for the MarineLine patented polymer coating prepared and manufactured by Advanced Polymer Coatings (APC) of Ohio. Applied to high tensile carbon steel, it promises a comparable cargo range to that permitted by a more expensive stainless installation, and confers particular flexibility as to cargo sequencing, a vital factor in the efficiency of short-haul, chemical product parcel transportation. In a wide range of tests, MarineLine has been shown to be resistant to 98 percent of all acids, alkalis, solvents and fluids over wide temperature ranges. The 39 million Sveva adds an important newbuild testimonial on the Italian market to APC \'s steadily growing list of references, hitherto dominated by retrofit applications. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",46);arrFiles[76]=new Array(77,"marine/article/apc064.asp","2005-09-21","APC MarineLine Articles - Lloyd  \\'s List","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : APC reveals new MarineLine deal US-based Advanced Polymer Coatings has announced another major contract to coat a newbuilding chemical tanker with its patented tank lining system MarineLine , reflecting the industry \'s growing acceptance of this new technology. Italian owner Medimar has specified MarineLine for a 14,000 dwt newbuilding chemical tanker, the MT Sveva currently under construction at Cantiere Navale De Poli, and will have all 17 cargo tanks and two deck tanks lined. This latest contract forms part of record growth in the sales and applications of its cargo tank lining system for chemical and products tankers. The first six months of 1998 have seen sales soar well beyond the record results achieved in 1997. MarineLine was applied to the tanks of five vessels last year (total surface area nearly 100,000 sq m), compared with half this amount on three ships in 1996 and three ships of 30,000 sq m in 1995. In the first six months of this year, APC has already supplied MarineLine for another five tankers - surface area over 70,000 sq m - with a further 13 vessels of 190,000 sq m contracted for coating during the following six months of this year. Further contracts may well be finalised over the next few months, for the remaining months of this year, 1999 and subsequent years, reports Don Keehan, Advanced Polymer Coatings \' director of research, with firm contracts or letters of intent already signed for 21 vessels next year, representing over 500,000 sq m of surface lining. Up until the last quarter of 1997, MarineLine had only been used on in-service tankers, upgrading them for the transportation of more-aggressive, more-demanding chemical cargoes. However, from December last year, MarineLine was selected for application to the internal surfaces of all cargo tanks of a series of five double-hull tanker newbuildings for LUKoil, the Russian group claiming to be the world \'s fourth largest oil production organisation. These newbuildings are the first ever new-construction tankers to have their cargo tanks protected with MarineLine from the very beginning of their operational life, states Mr. Keehan. This broke new ground for us, but we have since signed a further number of newbuilding tank contracts with other European owners, which will be constructed in shipyards around Europe and elsewhere, he reports. These include one ship from vessel owner Medimar, two from Venture Ship Management, four from Buttner Shipping and five from Hansa Mare. After initial industry scepticisim by the traditionally conservative chemical carrier market - which APC recognised would be a very tough market to break into - MarineLine is now close to being the market leader for the lining of chemical tankers, according to Joseph Harrington, president, and chief operating office of Advanced Polymer Coatings. Mr. Harrington suggests that the figures projected for 1999 are very conservative, stating: Many of the owners are now lining 4,000 to 8,000 sq m as a prelude to coating all tanks on complete vessels and newbuilding projects. More importantly, we are now receiving two to three enquiries a week from owners, charterers and brokers about MarineLine opportunities, with a number of owners nearly ready to make decisions on our coating. APC claims MarineLine \'s popularity is a direct result of economic and operational benefits over its rivals. The Ohio-headquartered company claims that side-by-side comparisons between the costs of building a chemical tanker equipped with stainless steel tanks, and one coated with its product come out heavily in its favour. Potential cost savings and improved earnings to the chemical and products tanker industry run into multi-millions of dollars, explains Mr. Harrington. As already illustrated to our increasing number of customers, this is achieved through reduced capital costs in newbuildings, with MarineLine -coated tanks in place of stainless steel tanks, plus greater versatility of tanker performance, by the coating \'s ability to handle the widest range of more aggressive cargoes. The unique, cross-linked \'aerospace \' polymer structure of MarineLine is engineered to provide improved protection against corrosion and contamination by total prevention of cargo permeation of the coating. MarineLine is said to provide effective, long-term resistance against all solvents and 98% of all chemicals. These include Methanol, MTBE, Methylene Chloride, 98% Sulphuric Acid, EDC, Sodium Hydroxide and even liquid sulphur. Commenting on the system \'s application to one of their chemical tankers in 1993, a Norwegian ship manager stated that when properly cured, MarineLine is the best product on the market. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",57);arrFiles[77]=new Array(78,"marine/article/apc074.asp","2005-09-21","APC MarineLine Articles - Marine & Industrial Report","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","AS SEEN IN : MARINE & INDUSTRIAL REPORT INTERNATIONAL PRODUCT LAUNCH FOR MARINELINE COMPOSITE, THE NEW, HIGHER PERFORMANCE TANK LINING SYSTEM FROM APC MarineLine Composite has been introduced by Ohio, USA-based Advanced Polymer Coatings, Ltd. (APC) as a new product, complementing its existing, high performance MarineLine anticorrosion system, which is already challenging for market leadership in the specialist chemical tanks coating sector. The Siloxirane polymer-based MarineLine coating was launched in 1994 and has already proved highly successful due to a range of features, including its physical/bonding strength, cargo-range versatility, non-absorption and smooth surface characteristics, plus its significant cost and operational advantages over stainless steel. The new MarineLine \'composite \' version now incorporates several purpose-designed advances. These improvements have been developed and introduced to meet the \'top specification \' requirements of chemical tanker owners and operators, enabling them to carry a wider range of IMO Class I products in cargo tanks meeting class society approval. The MarineLine Composite lining system is 2.0-2.5 mm thick, reinforced with glassfiber. The composite nature and increased thickness of the lining provides exceptionally high tolerance to mechanical damage (over 10 times greater impact resistance than the current, very strong, MarineLine coating.) The lining system also provides excellent resistance to a wide range of ultra-aggressive agents in the chemical pH band of 0.1 to 13.5. In fact, tanks totally lined with the new MarineLine Composite would meet IMO standards, enabling all IMO cargoes to be carried. Chemical tanker owners and operators are extremely interested in this new, reinforced lining for their vessels \' cargo tanks, states Mr. Joe Harrington, Chief Operating Officer of Advanced Polymer Coatings, and we are getting new enquiries almost daily. Cost Benefits: There are also major cost savings associated with the MarineLine Composite system. One square meter of carbon steel lined with the MarineLine Composite system currently costs US130, compared with more than US510 for one square meter of high-grade stainless steel. In a case study undertaken by APC, the new-building cost of a high-specification 37,000 dwt Double Hull Chemical Tanker with stainless steel tanks - at US70-75 million - is almost twice that of its MarineLine Composite protected carbon steel tanks equivalent. When taken together with the quick turnaround delivered by the smooth film surface and non-absorption features of MarineLine coated tanks, the operational, in-service savings are even more substantial. In a direct comparison with Phenol Epoxy and Zinc Silicate-coated tank cleaning and drying, essential after discharge of cargo, MarineLine can increase ship owner \'s or operator \'s profits by up to US122 per sq m per year. Such versatility and non-absorption means that MarineLine -coated tanks can save a minimum of 3/4 days per port call out of an average 8/10 days which such vessels normally spend on cargo discharge and tank cleaning. With an average of 18-20 port calls a year, this means that the MarineLine protected chemical tanker could be operational for an additional 54-80 days annually, with corresponding increases in revenue returns. Using the same case study as above, in which the 37,000 dwt MarineLine Composite-lined chemical tanker generates a revenue of US25,530 daily, the owner or operator can increase annual revenue by up to US2m. New Contracts: The new tank lining is already in service with Marnavi SpA of Italy, which selected APC \'s newly-developed MarineLine Composite system to convert and upgrade its in-service tanker, MT \'Joran \', to a high-specification chemical carrier. The lining system has resulted in the tanker being approved by classification society DNV to carry all IMOcargoes. It is currently transporting high grade Sulfuric Acid. Involving 20 small tanks lined with MarineLine Composite to a height of 1.5 meters, the \'pilot \' lining system was applied in early 1997 under the control of leading anticorrosion expert Dr. Norbert Ackerman of Anticorrosion Service, at the Termoli shipyard, Italy. A contract for MarineLine Composite has also been signed with the Latvian Shipping Company. Having already used the MarineLine anticorrosion system to upgrade three of its tankers - MT \'Indra \' (late 1994), MT \'Dzintari \' (mid 1995), and then MT \'Zanis Griva \' (May 1997) - Latvian Shipping asked APC to further improve the tank coating specification and cargo carrying capabilities of MT \'Indra \' . The conversion and upgrade carried out at the Lisnave Shipyard, Lisbon, Portugal during the September-November \'98 period, will also enable MT \'Indra \' to transport IMOClass I cargoes. All 16 tanks have been lined with MarineLine Composite, covering the tank tops and walls, involving a total surface area of 3,800 sq m. Such is the strength, versatility and chemical resistance of MarineLine that it has already received Type Approval from three major classification societies, Det Norske Veritas, the Russian Maritime Ministry, and Registro Italiano Navale, for the carriage of Methanol, EDC, Premium Gasoline, Caustic Soda, Sulfuric Acid, Phosphoric Acid, Formic Acid and Acetic Acid. DNV an RINA supervised all testing at the Laboratorio Chimico Merceologico laboratories located in Genoa, Italy. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",45);arrFiles[78]=new Array(79,"marine/news/apco26.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","MarineLine Tank Coating Specified for New IMO II and III Tankers SK 40/83 GENERAL The vessel is designed as a twin screw, ice-strengthened vessel for worldwide operation, carrying oil products and chemicals in coated cargo tanks with no internal structure. The ship has single deck, double sides and double bottom in cargo area. CLASS GL +100 A5 E3 NAV-OC IW Oil tanker and Chemical tanker type 2 +MC E3 AUT CARGO EQUIPMENT Cargo Tank Coating MarineLine Segregation Full segregation (16 separate cargo tanks) Simultaneous discharge of 8 tanks, via separate pumps and crossovers. Discharge Time 10.5 hrs. with 8 pumps running. Cargo heating Steam from boiler to st. steel heating coils. Tank cleaning Fixed machines in cargo and slop tanks. MarineLine coating has been selected as the cargo tank lining system for new chemical tanker constructions to be built in China. These 13,500 dwt ships will be Smaller hulls of the SK40/83 type and they will incorporate the MarineLine tank lining system to handle chemical cargoes. The ships are designed by Skipskonsulent AS, the navel architectural consultancy. They will be built by Buttner und Gils Shiffahrt at the Jiangyany Shipyard in China and operated by Sinbad Chartering of Stockholm. Incorporating MarineLine as the tank lining system of choice for newbuilding is a fast-growing trend in the marine transport industry. Ship owners and operators are continually looking to high technology alternatives to replace costly stainless steel tanks for their aggressive cargoes. Modern, high tech polymer-based solutions such as the MarineLine coating system are proving to be the answer for these demanding needs. MarineLine was chosen for its capabilities to handle all IMO II cargoes. This versatility and non-absorption quality will bring a faster return on investment to Buttner und Gils Shiffahrt. For more information on the MarineLine tank lining system, contact Advanced Polymer Coatings, a worldwide leader in high performance coatings solutions covering a wide range of industries. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",37);arrFiles[79]=new Array(80,"marine/news/apco28.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","MarineLine Resists Massive Force of Implosion Inside Chemical Tanker Implosion proves MarineLine \'s toughness and resistance to steel distortion without damage. Forces that twisted and buckled steel structure of ship could not be duplicated in a laboratory. Convex shape of buckled bulkhead. No MarineLine damage. Opposite side of one of the transverse stiffeners. No MarineLine coating damage. Distorted and bucked tranverse stiffener. The MarineLine coating, from Advanced Polymer Coatings, has performed admirably under the toughest tests carrying many types of IMO-approved chemical cargoes. But no test has been as dramatic as the recent implosion of the inside of a chemical tanker. In this unusual incident, another important property of MarineLine was highlighted that of exceptional flexibility and toughness. The implosion in the tank caused considerable damage including buckled bulkheads, and distorted and buckled transverse stiffners. MarineLine was able to absorb the impact and retain its excellent adhesion even after the substrate was bent and twisted. MarineLine withstood this implosion because of MarineLine \'s high elongation and toughness, which is over 4 times that of phenol epoxies or zinc. Added to this is MarineLine \'s bond strength which is over 3 times normal epoxies or phenol epoxies. For more information on MarineLine , consult the specialists at Advanced Polymer Coatings. Area after burning and removing buckled steel braces. MarineLine only damaged where steel was torched and removed. Burning and removing buckled sections of transverse stiffeners. Buckled transverse stiffener. Bent and buckled flange bulkhead. No MarineLine coating break. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",39);arrFiles[80]=new Array(81,"marine/news/aug_15_05.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","TURKISH DELIGHT! 50 SHIPS NOW COATED WITH HIGH PERFORMANCE MARINELINE® IN TURKEY SINCE FIRST SHIP THERE COATED IN 2001 TURKEY – August 15, 2005 — MarineLine® continues to impress the marine transportation industry with its ongoing performance, as evidenced by the mid-summer milestone news that in Turkey alone, the 50th ship has now been coated with MarineLine® since the first ship was coated in that country in 2001. MarineLine® is the unique lining system patented by Advanced Polymer Coatings Ltd. - APC (Avon, Ohio, USA) that was first introduced to the marine industry in 1994 with the first full ship cargo tanks coated, the M/T Indra . Since then, marine chemical and product tanker ship owners throughout the world have sought to put this protection in place to carry all types of IMO hazardous chemicals and cargoes. In Turkey, the 50 ships coated have ranged in size from 3500dwt to 15,000dwt tankers, and have been for both Turkish and European ship owners. They carry cargoes such as sulfuric, phosphoric and acetic acids, methanol, acrylinitrile, caustics and other chemical throughout the Mediterranean and Northern Europe. According to Mr. Mumtaz Yildiz, Managing Director, Chemmariner, Ltd., based in Istanbul, Turkey, We have already coated the third and fourth ships in our fleets with MarineLine® because, as owners, we have realized the high success rate and tremendous return on investment of our initial ships that were coated. The reason ship owners are turning to MarineLine® is that the lining has proven repeatedly to deliver solid, profitable results. All MarineLine®-coated tanks and slops previously coated are still in operation, including the M/T Indra , which was coated in 1994, and which has carried Super Phospheric Acid for years with complete success. The Clearwater Group of the Netherlands also attests to this level of achievement as its group of four MarineLine®-coated ships has carried Sulfuric Acid as well as Phosphoric and Acetic Acids in its cargo tanks. APC’s Mr. Donald Keehan, Chairman, points out that the advantage of MarineLine® starts with the coating’s versatility. Ship owners can carry any IMO-approved cargo in a MarineLine®-coated tank from acids to caustics to solvents. Because the coating is virtually impermeable, the tanks can be easily and quickly cleaned so the ship can carry a different cargo on its next voyage. This faster in-port turnaround leads to more profit for the ship owner, plus the security in knowing the cargo is safely contained. Advanced Polymer Coatings employs its own team of professional inspectors to oversee the tank surface preparation and the MarineLine® coating application. Heat curing, the most challenging part of the finishing process is controlled directly by APC Thermal Engineers to ensure the coating is properly cured and ready for service prior to leaving the shipyard. This allows the ship to load any IMO approved cargo, rather than waiting 90 days for a phenol epoxy to cure. We’re proud of our achievement in coating the 50th ship this summer in Turkey – Chemmariner’s new 7,100 dwt chemical tanker. This points out clearly MarineLine® is now accepted as the premier tank coating in the world, and that we’re helping safely grow the hazardous marine transport industry worldwide, Mr. Keehan adds. Advanced Polymer Coatings Ltd., based in Avon, Ohio, USA, is a world leader in the science of developing corrosion protection solutions. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",37);arrFiles[81]=new Array(82,"marine/studies/clearwater.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","CLEARWATER GROUP’S M/T “CORALWATER” MAKES 77 PROFITABLE VOYAGES PER YEAR WITH MARINELINE® M/T “Coralwater” a 5300 DWT Chemical Tanker was built and coated at Breko Shipyard, The Netherlands in 1998. All 12 Cargo Tanks were coated with MarineLINE and tanktop areas were lined with fiberglass reinforced MarineLINE . The “Coralwater” is suitable both for Rhine navigation and Ocean trips. Clearwater’s manager states, “to design a chemical tanker that can navigate both on the Rhine and at sea means less transshipment of aggressive cargoes, such as high concentration of acids”. “The MarineLINE coated “Coralwater” has met our expectations in its capability to carry highly aggressive cargoes. It has exceeded our expectations in easier cleaning and faster turnaround.” With MarineLINE ’s smooth, impermeable surface, faster cleaning, drying and turnaround has resulted in a 40% increase in voyages, to 77 voyages per year. Over 400 Chemicals carried including: Methanol Epichlorohydrine Acrylonitrile Sulfuric Acid Nitrobenzene Methylene Chloride Caustic Soda Formaldehyde Neodene Acetic Acid Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",34);arrFiles[82]=new Array(83,"marine/studies/coastalwaters.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","M/T “COASTALWATER” JOINS CLEARWATER GROUP’S GROWING FLEET OF MARINELINE ® COATED CHEMICAL TANKERS M/T “Coastalwater” a 5300 DWT Chemical Tanker built and coated at Brek Shipyard, The Netherlands in April 2000. As with the “Coralwater” all 10 Cargo Tanks were coated with MarineLINE and tanktop areas were lined with fiberglass reinforced MarineLINE . With the outstanding results of its experience with M/T “Coralwater” Clearwater’s Management made the decision to MarineLine coat the “Coastalwater”. Continuing the profitable results of the MarineLINE coated “Coralwater” the “Coastalwater” is also making 77 voyages a year with extremely aggressive cargoes. “Coastalwater’s” Master states, “Tanks easy to clean due to high smoothness. Surface much smoother than stainless steel. Further MarineLine coating has very low absorption characteristics leading to a very low amount of odor after discharge and washing.” The “Coastalwater” has carried 100’s of aggressive cargoes, including: Acetic Acid Methanol Epichlorohydrine Sulfuric Acid Formaldehyde Caustic Soda Neodene Acrylonitrile Methylene Chloride Nitrobenzene Clearwater Group’s third sister ship to the “Coralwater” and the “Coastalwater” will be coated with MarineLINE in early 2002. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",35);arrFiles[83]=new Array(84,"marine/studies/dzintan.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","FOR OVER 9 YEARS LATVIAN’S SHIPPING’S SISTER SHIPS M/V “DZINTARI” AND M/V “ZANIS GRIVA” PRODUCE BOTTOMLINE PROFITS WITH MARINELINE® Both the M/V “Dzintari” and the M/V “Zanis Griva” were built in Russia in 1985. These 16,400 DWT Oil/Chemical Tankers’ 16 Cargo Tanks and 2 Slop Tanks were originally coated with Zinc. In 1995 the M/V “Dzintari” was upgraded to IMO II and III Chemical Tanker at Lisnave Shipyard in Portugal. At that time all cargo and slop tanks were coated with MarineLine. With the success of the M/V “Indra” and the M/V “Dzintari” Latvian decided to upgrade the M/V “Zanis Griva” in 1996. All upgrading and MarineLINE coating were completed at Lisnave. M/V “Dzintari’s” first cargo was red wine from Argentina to Spain. Ship’s charterers, Copenhagen Tankers A/S, have stated, “they are very pleased with MarineLine’s capability and performance”. Both Ships have carried: Methanol Fatty Acids Acrylonitrile MTBE Phenol Other Aggressive Chemicals Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",33);arrFiles[84]=new Array(85,"marine/studies/indra.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","OVER 10 YEARS OF CONTINUOUS SERVICE AND STILL PRODUCING PROFITS WITH MARINELINE® COATED TANKS Latvian Shipping’s M/T “Indra” a 28,400 DWT, IMO II Chemical Tanker had all 14 main cargo tanks plus 2 slop tanks coated with MarineLine in 1994 at Lisnave Shipyard, Portugal. The M/T “Indra” having carried methanol, fatty acids, caustics and a multitude of other chemicals successfully was upgraded to an acid carrier in 1998. The upgrading consisted of installing reinforced fiberglass MarineLine to all tank tops. Immediately after the upgrading, the M/T “Indra” began carrying Super Phosphoric Acid from Morocco to India for approximately 2 years. (Super Phosphoric Acid from Morocco contains Hydrochloric Acid and Sulfuric Acid which has caused major damage to Stainless Steel Tanks). The M/T “Indra” is presently carrying methanol, acetic acid, caustics, fatty acids, and other aggressive cargoes. Ease of cleaning and fast turnaround has been the added bonus to this tanker’s profit making performance since 1994. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",33);arrFiles[85]=new Array(86,"marine/studies/lukoil.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","MARINELINE ’s® CONTINUING SUCCESS WITH LUKOIL ARCTIC TANKERS Three additional 15,800 DWT Ice Class Oil/Chemical Tankers built and coated at Akers MTW Shipyard in Wismar, Germany. M/T “St. Petersburg” M/T “Maikop” M/T “Murmansk” The above ships had 14 cargo tanks and 2 slop tanks. These were the first tankers built and coated in sub-sections. They were welded together and MarineLINE applied to the newly welded seams. All ships were completed from March 1999 to September 1999. Since then they have been operating from Northern Russia to Western Europe. In August 2000 technical manager states, “Still extremely pleased with MarineLINE performance. All new IMO II and III chemical tankers will be coated with MarineLINE .” Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",33);arrFiles[86]=new Array(87,"marine/studies/perm.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","6 YEARS IN FRIDGID ARCTIC CONDITIONS MARINELINE® COATING PERFORMS WITHOUT PROBLEMS LukOil Arctic Tankers M/T “Perm” coated 1997 and M/T “Volgograd” completed February 1998. These two Ice Class 15,900 DWT Oil/Chemical Tankers have 7 cargo tanks and 2 slop tanks. Built and coated by Akers MTW Shipyard in Wismar, Germany. Designed to carry hot oil products, vegetable oils and fats as well as refinery condensates at ambient temperatures of -35°C. MarineLINE has resisted the constant thermal shock of loading hot cargo into freezing arctic tanks with complete success. Manager, Technical Department states, “Extremely pleased with MarineLINE performance, especially ease of cleaning and fast turnaround. Next ships will also be MarineLINE .” Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",33);arrFiles[87]=new Array(88,"marine/studies/studies.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","TURKISH DELIGHT! 50 SHIPS NOW COATED WITH HIGH PERFORMANCE MARINELINE® IN TURKEY SINCE FIRST SHIP THERE COATED IN 2001 TURKEY – August 15, 2005 — MarineLine® continues to impress the marine transportation industry with its ongoing performance, as evidenced by the mid-summer milestone news that in Turkey alone, the 50th ship has now been coated with MarineLine® since the first ship was coated in that country in 2001. MarineLine® is the unique lining system patented by Advanced Polymer Coatings Ltd. - APC (Avon, Ohio, USA) that was first introduced to the marine industry in 1994 with the first full ship cargo tanks coated, the M/T Indra . Since then, marine chemical and product tanker ship owners throughout the world have sought to put this protection in place to carry all types of IMO hazardous chemicals and cargoes. In Turkey, the 50 ships coated have ranged in size from 3500dwt to 15,000dwt tankers, and have been for both Turkish and European ship owners. They carry cargoes such as sulfuric, phosphoric and acetic acids, methanol, acrylinitrile, caustics and other chemical throughout the Mediterranean and Northern Europe. According to Mr. Mumtaz Yildiz, Managing Director, Chemmariner, Ltd., based in Istanbul, Turkey, We have already coated the third and fourth ships in our fleets with MarineLine® because, as owners, we have realized the high success rate and tremendous return on investment of our initial ships that were coated. The reason ship owners are turning to MarineLine® is that the lining has proven repeatedly to deliver solid, profitable results. All MarineLine®-coated tanks and slops previously coated are still in operation, including the M/T Indra , which was coated in 1994, and which has carried Super Phospheric Acid for years with complete success. The Clearwater Group of the Netherlands also attests to this level of achievement as its group of four MarineLine®-coated ships has carried Sulfuric Acid as well as Phosphoric and Acetic Acids in its cargo tanks. APC’s Mr. Donald Keehan, Chairman, points out that the advantage of MarineLine® starts with the coating’s versatility. Ship owners can carry any IMO-approved cargo in a MarineLine®-coated tank from acids to caustics to solvents. Because the coating is virtually impermeable, the tanks can be easily and quickly cleaned so the ship can carry a different cargo on its next voyage. This faster in-port turnaround leads to more profit for the ship owner, plus the security in knowing the cargo is safely contained. Advanced Polymer Coatings employs its own team of professional inspectors to oversee the tank surface preparation and the MarineLine® coating application. Heat curing, the most challenging part of the finishing process is controlled directly by APC Thermal Engineers to ensure the coating is properly cured and ready for service prior to leaving the shipyard. This allows the ship to load any IMO approved cargo, rather than waiting 90 days for a phenol epoxy to cure. We’re proud of our achievement in coating the 50th ship this summer in Turkey – Chemmariner’s new 7,100 dwt chemical tanker. This points out clearly MarineLine® is now accepted as the premier tank coating in the world, and that we’re helping safely grow the hazardous marine transport industry worldwide, Mr. Keehan adds. Advanced Polymer Coatings Ltd., based in Avon, Ohio, USA, is a world leader in the science of developing corrosion protection solutions. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",37);arrFiles[88]=new Array(89,"marine/studies/sveva.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","MEDITERRANEA DI NAVIGAZIONE CHOSE MARINELINE ® OVER STAINLESS STEEL IN 1998 5 YEARS LATER STATES “MADE CORRECT DECISION” Medimar’s M/T “Sveva” 14,000 DWT IMO II Chemical Tanker IMO II Chemical Tanker was built and MarineLINE coated at DePoli Shipyard, Italy. All 17 cargo tanks and 2 deck tanks were coated with MarineLINE . The M/T “Sveva’s” other distinctions are: Standby Electrical Propulsion Drive Protected Bunker Tank behind Double Hull Multiple Strengthened Cargo Tanks for Carriage of Cooled Liquid Chemical Gases, such as Propylene Oxide Medimar’s Managing Director states, “ MarineLINE was selected for its quality and versatility. It is cheaper than stainless steel and conventional high performance coatings do not provide us with the versatility required.” “ MarineLINE impermeable smooth surface finish is further advantage. This means it is very efficient for tank cleaning operations, with excellent ability to sequence different types of liquid cargoes. Tank washing and drying times are even better than stainless steel tanks, which enables Medimar to achieve faster vessel turnaround at cargo discharge and loading terminals.” Cargoes carried include: 100% Acetic Acid MTBE Fatty Acids Epichlorohydrine Methanol MTBE Caustics And Other Aggressive Chemicals Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",34);arrFiles[89]=new Array(90,"marine/test/compar.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","An Independent Technical Report on MarineLine for the Suitability of MarineLine for Cargo Tank Coatings - By Anticorrosion Service - del dott. Norbert Ackermann PART 3 COMPARISONS & CONCLUSIONS COMPARISON OF MARINELINE WITH OTHER TANK COATINGS MARINELINE , if compared to other available tank coatings such as epoxies, epoxy phenolics, epoxy isocyanates or zinc silicates offers several advantages, especially in the case of chemical carriers. Unlimited cargo range. All common cargoes can be carried without limitations, the only restriction being the tank equipment material (pumps, pipes, valves etc.). All other available tank coatings have a limited cargo range. For instance, organic coatings are unsuitable for aggressive cargoes such as phenols, amines, methylene chloride and most acids. Zinc silicates are suitable for strong solvents but have limited pH tolerance (pH 6 - 9.5). Easier cargo handling. Organic coatings are subject to absorb a certain percentage of strongsolvents and therefore must be given time to dryout and recover after an aggressive cargo. If thecarried solvent is water soluble, complete dryingbefore water washing or carriage of waterycargoes is mandatory. Zinc silicate coatings havea porous structure, which can make cleaningafter some cargoes very difficult, andzinc salts may contaminate cargoes such asaviation fuels or foodstuffs. These restrictionsresult in loss of cargo time and limitations forcleaning operations. MARINELINE , as stated bythe manufacturer and verified by the abovementioned immersion tests, has very lowabsorbtion values posing no limitations to cargosequences and making tank cleaning easier. Duration of the tank coating. The duration of an organic tank coating depends on service conditions. If aggressive cargoes are carried frequently, the coating film ages and weakens earlier due to continuous solvent absorption/evaporation, shortening the service life. Since the first tank coating with MARINELINE was carried out in 1992, no onecan predict the service life of this coating. However, given the low cargo absorption of the coating film, the useful service time could be significantly longer than for organic coatings. A possible disadvantage of MARINELINE is the necessity to heat cure touch-up posts. Notwithstanding the good mechanical resistance of MARINELINE , mechanical damages may occur and must be repaired, requiring the availability of a heating device on board. A possible disadvantage of MARINELINE is the necessity to heat cure touch-up spots. Notwithstanding the good mechanical resistance of MARINELINE , mechanical damages may occur and must be repaired, requiring the availability of a heating device on board. Comparison of MARINELINE with Stainless Steel Tanks coated with MARINELINE have a broader cargo range than stainless steel tanks, since, for instance, halogenated compounds are not recommended for stainless steel. Another example is sulfuric acid, which is suitable for stainless steel at concentrations over 90%, but becomes corrosive to stainless steel at lower concentrations, posing some problems when, after discharging, the tanks have to be water washed. The range of cargoes carried in tanks coated with MARINELINE is limited only by the cargo equipment, which is usually made of stainless steel and hence restricts the suitable cargoes. MARINELINE coatings offer a very significant economical advantage, if compared to stainless steel, allowing at least the same cargo suitability at a much lower cost. However, it must be pointed out that in the case of acid carriage, coated tanks run a higher risk. If undetected mechanical damages occur, damaged spots may suffer severe corrosion with possible perforation of tank plates. Notwithstanding the good mechanical resistance of the coating, accidental mechanical damages may always occur. For this reason, in the case of chemical carriers dedicated to acid transportation, stainless steel tanks should be preferred. For all other cargoes, MARINELINE is economically more convenient than stainless steel. MARINELINE is also suitable for occasional acid transportation, provided the tanks are inspected for possible damage spots before loading and after unloading. CONCLUSIONS MARINELINE is a 2 component coating with good application properties, which can be applied following regular tank coating procedures, the only additional requirements being heat curing and a final spark test (holiday detector test). The heat curing can be carried out with hot air in a reasonably short time (12 hrs at 71° or 4 hrs at 93° C). According to the chemical resistance tests carried out, MARINELINE coatings comply with the resistance list provided by the manufacturer, the only exception being the colour change in strong acid immersion. Although only a limited number of tests were performed, the suitability to these few, very aggressive chemicals indicates a superior chemical resistance and very low absorption rates, unparalleled by traditional tank coatings. For chemical carriers of all IMO classes MARINELINE , owing to its unlimited cargo range as well as owing to easier cargo handling and tank cleaning, offers significant advantages over traditional coatings. For product carriers, especially if the carriage is limited to white oil products, traditional tank coatings may be economically more convenient. If compared to stainless steel tanks, MARINELINE offers the same cargo range (limited only by the equipment material) at a much lower cost. However, in the case of dedicated acid carriers, stainless steel tanks should be considered a safer choice. Anticorrosion Service del ar. Norbert Ackermann BACK- TO THE RESISTANCE PAGE Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",42);arrFiles[90]=new Array(91,"marine/test/labchem.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","LABORATORIO CHIMICO TEST DATA The following testing was successfully carried out by Laboratorio Chimico Merceologico on nine differenct sequenced chemicals and their effect on MARINELINE . Methanol 96% Sulphuric Acid Premium Gasoline 50% Phosphoric Acid Ethylene Dichloride 30% Formic Acid Caustic Soda Acetic Acid Virgin Naphtha Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",37);arrFiles[91]=new Array(92,"marine/test/propert.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","An Independent Technical Report on MarineLine for the Suitability of MarineLine for Cargo Tank Coatings - By Anticorrosion Service - del dott. Norbert Ackermann PART 1 APPLICATION PROPERTIES Section of rusted ballast tank. Airless spraying MarineLine. Two coats of MARINELINE (grey/white) were applied on a ballast tank section located at the SEC shipyard in Viareggio according to the following procedure: Application date: 12-13/3/1996 Surface preparation: SA 2.5 Swedish SIS standard Airless spraying of 2 full coats with a 60:1 ratio airless and a 0.021 inch nozzle size spray gun (input pressure 5 kg/cm2) Brush application of 2 stripe coats. Section of rusted ballast tank. Smooth finish, excellent bonding strength. No spraying problems such as nozzle plugging, sagging, running, pinholing or overspray occured. The resulting coating film showed a very smooth finish. Final DFT range, measured with a POSITECTOR 1000, was 240 to 450 microns. Therefore MARINELINE can be applied, without significant problems, like a traditional tank coating with satisfactory application properties. The specified heat curing was carried out on March 14 as follows: Start of heating: 7.30 hrs First temperature check: 9.00 hrs. 75° C Second temperature check: 16.00 hrs. 83-85° C End of heating: 24.00 hrs. Heat curing. Completion of heat curing. Finished coating. Mechanical Properties MARINELINE , if compared to epoxy coatings with high chemical resistance, has better mechanical properties such as elasticity, impact resistance and adhesion strength. The data provided by APC shows significantly higher values when compared to epoxy coatings. MARINELINE EPOXY Tensile strength 780 kg/cm2 300-700 kg/cm2 Elongation 9.2% 3% Adhesive strength 200 kg/cm2 70-150 kg/cm2 Impact resistance 146 kg/cm 10-30 kg/cm The applied coating also showed very low values of surface roughness: Ra 0.7 - 0.8 (measured with a SURF TEST 30) compared to RA 1.5 - 2 for epoxies. These values mean a very smooth, non-stick surface, which is easy to clean. The above mentioned data indicates that MARINELINE has a very good resistance against mechanical damages and - due to its high adhesive strength - should not be subject to underrusting. Furthermore the coating, owing to its higher elasticity, has a better tolerance to possible mechanical stress and thermal expansion of steel structures than epoxies. NEXT- TO THE CHEMICAL RESISTANCE PAGE Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",45);arrFiles[92]=new Array(93,"marine/test/resist.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","An Independent Technical Report on MarineLine for the Suitability of MarineLine for Cargo Tank Coatings - By Anticorrosion Service - del dott. Norbert Ackermann PART 2 CHEMICAL RESISTANCE In order to test the chemical resistance of the coating system applied and heat cured at the SEC shipyard, five glass jars with cut-off bottoms were glued by means of a high resistance epoxy adhesive to the horizontal surface. The epoxy adhesive was left to cure for six days and then the jars were filled with 250 cm3 of the following chemicals: 1.Sulfuric acid 98% 2.Hydrochloric acid 37% 3.Methanol (methyl alcohol) 4.Methylene chloride (dichloromethane) 5.Cellosolve solvent (monomethyl ethylene glycol ether). TESTING Pull testing. Testing 98% sulfuric acid MarineLine exhibits high adhesive strength. Testing 37% hydrochloric acid. Testing methylene chloride. Testing cellosolve. The resistance tests lasted 14 days for the acids and 22 days for the solvents. Fresh water was added to the methanol after 22 days in order to test the coating resistance against blistering. The coating areas in contact with the chemicals performed as reported below. 1.Sulfuric acid 98%. No softening, swelling or chalking. Coating surface slightly matted showingsome pink stains. High resistance epoxy coatingsdisintegrate within a few days in 98%sulfuric acid. 2. Hydrochloric acid 37%. No softening, swelling or chalking. Coating surface still glossy but the colour had changed to ruby red. 3. Methanol. No softening, swelling, chalking.Coating surface still glossy. No blistering afterone week of subsequent water immersion. Highresistance epoxy coatings usually sufferblistering if subjected to methanol/waterimmersion. Testing methanol. 4. Methylene chloride. No softening, swelling orchalking. Coating surface still glossy. Highresistance epoxy coatings suffer softening,swelling and peeling within one week inmethylene chloride. 5.Cellosolve solvent. No softening, swelling orchalking. Coating surface still glossy. The test results comply with the resistance list provided by APC and confirm also that the heat curing was carried out properly. The only anomalies found were the colour change in hydrochloric acid and the slight staining in sulfuric acid. According to APC, these phenomena may be avoided if the heat curing is carried out at 125° C, but this assertion has to be verified. The lack of softening and/or swelling of the coating indicates low absorption values. Absorption data given by APC are indeed very low if compared to epoxy coatings: MARINELINE EPOXY (1) (1) Sulfuric acid 0.07% disintegrated Methylene chloride 0.02% disintegrated MEK 0.01% 7.2% NaOH 0.01% 1.1% NaOCI 0.00% 1.6% (1) Percentage weight increase BACK- TO THE APPLICATION/MECHANICAL PROPERTIES PAGE NEXT - TO THE COMPARISON/CONCLUSIONS PAGE Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",43);arrFiles[93]=new Array(94,"markets/markets.asp","2005-09-21","Advanced Polymer Coatings Markets","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advanced Polymer serves these varied markets with corrosion protection solutions: Marine Transportation Chemical Processing High Temperature Applications Concrete Protection Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",27);arrFiles[94]=new Array(95,"products/chem31.asp","2005-09-21","ChemLine 784 APC Product","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Description ChemLine 784/31 delivers significantly improved product performance and anti-corrosion resistance. ChemLine 784/31 is formulated with new, patented breakthrough polymer, designed and engineered with 28 functional groups per molecule. This translates into 784 crosslinks versus four (4) for high temperature epoxies. ChemLine 784/31’s Higher Cross-Link Density Means: Higher Chemical Resistance Higher Temperature Resistance Higher Reactivity at Lower Temperature Higher Resistance to Absorption Higher Toughness ChemLine 784/31 is heat force cured. When cured, ChemLine 784/31’s high 28 functionality delivers an extremely dense crosslinked molecular structure. Unlike other coatings, ChemLine 784/31 cross-links through an ether (carbon-oxygen-carbon) linkage. This eliminates high concentrations of hydroxyl groups (found in epoxies) and precludes formation of ester groups (found in vinylesters) which are subject to hydrolysis and acid attack. Industry Applications Chemical Processing -Tanks, Reactor Vessels, Hazardous Waste Hauling, etc. Paper & Pulp -Digesters, Black Liquor Tanks, Bleaching, etc. Steel -Pickling Tanks, Acid Storage, Acid Waste, Neutralization, etc. Mining - Acid Tanks, Scrubbers, etc. Product Highlights Superior bond strength and adhesion Maximum product flexibility, product cycling Repairable Very low VOC - 108 grams/liter Can be applied to pitted corroded steel Steam cleanable Complies with FDA 21CFR 175.300 Non-permeable for product purity More Chemical Resistance than: Stainless Steel Phenol Epoxies Vinylesters Phenolic Phenolics ChemLine 784/31 ProvidesChemLine 784/31ProvidesChemLine 784/31Provides Superior Resistance To: Acids, Alkalis and SolventsAcids, Solvents Thermal Shock (-40°C to +204°C) -40C) 40°F to 400°F Wear and Abrasion Product Absorption Impact Under-Creep Corrosion The Technology; Epoxies, Vinylesters and ChemLine 784/31 Form 3 Dimensional Screen-Like Structures when Cured The Greater the Distance Between the Crosslinks, the Greater the Permeation Causing Chemical Attack and Absorption Problems with Epoxies Only 2 functionality High concentration of Hydroxyl (OH) groups allowing attack by acids and solvents Large opening between epoxy groups allowing penetration Problems with Vinylesters Only 2 functionality Slightly smaller opening between vinylester groups than epoxies, still allows penetration High concentration of Ester ( O=C) groups allowing attack by solvents and alkalies GENERALIZED VINYLESTER CROSSLINKED SCREENLIKE STRUCTURE ChemLine 784/31 28 functionality Almost no opening between groups No Hydroxyl groups No Ester groups Crosslinking through Ether (C-O-C) groups only. Ether bonds one of the strongest bonds in chemistry. Ether bonds give flexibility with chemical resistance. Physical Properties Bend Test (3/4” Diam.) (ASTM D522-88) 270° Impact Test (ASTM D2794) 130 in. lbs Pull Off Strength (ASTM D4541) 2800-3100 p.s.i. Hardness Test (Barcol) (ASTM D2583) 78-80 Taber Abrasion (wgt. loss) 3.92 mg/1000 cycles CS-17, 1000 g. load, 1000 cycles (ASTM D4060-90) Water Absorption (30 days @ 88° F) (ASTM D570) 0.89% Typical Properties Color (Normal) Gray/Red/White V.O.C. Level 108 grams/L (0.9 lbs. /gal). Lead/Chromate Content Zero Pot Life 60 Minutes @ 24° C (75° F) Viscosity Reduction Reduce with Toluene or Xylene Flash Point 53° C (127° F) Solids by Volume 89.6% (+/- 3%) Solids by Weight 95.5% (+/- 2%) Theoretical Coverage 2.9 m2/L @ 300 microns Recommended DFT Average; Steel: 300 microns Shelf Life 12 months Application Data Note: Detailed instructions are provided separately for Siloxirane coating systems. Surface Preparation Grit blast to SSPC10 (Sa 2.5). Three to four mil (75-100 micron) blast profile most desired. Mixing Instructions Material is supplied in two containers as a unit. Always mix a complete unit in the proportions supplied. (1) Thoroughly mix the contents of Part A with a power agitator until uniform consistency and color is obtained. Be sure that any solids that may have settled through storage have been put back in suspension. (2) Slowly combine the contents of the activator with the previously mixed Part A. (3) Thoroughly mix the two parts until a uniform consistency and color is obtained. Clean Up Solvent Acetone, MEK Limitations Apply when the air and surface temperatures are above 50° F . Surface temperatures must be at least 5° F above the dew point. For optimum application properties, bring material to 70-90° F prior to mixing and application. Increased temperatures will result in shorter pot life. Application Airless spray equipment with minimum 45:1 pump ratio @80-100 lbs. to achieve 2500-3000 p.s.i. tip pressure. Reverse-A-Clean tip .019 to .023, with 3/8 fluid hose, 3/16” by 6’ whip hose, with a maximum of 100 linear feet. This coating is a low VOC compliant material. If shop conditions require a viscosity adjustment, thin with MEK. Cure Time And Temperature Curing: Blow air over lining for 2 hours to remove solvent prior to curing. Raise temperature of metal substrate 50°F per hour. Maintain at 350°F (177°C) for 4 hours. Coverage Practical at recommended film thickness (12-14 mils DFT) - 75-80 square feet per gallon. Handling Precautions Solvents and chemicals are contained in this product. Consult the Material Safety Data Sheet for details. Adequate safety and health precautions should be taken during handling, application and drying of this product. The material should be applied under local, state, federal regulations and in accordance with OSHA and ANSI bulletins on safety requirements. Packaging Available as: 5 gallon (19 liters) kit with catalyst 1 gallon (4 liters) kit with catalyst (See full Specification for Application of ChemLine 784/31) A History of Performance MarineLine coatings and linings have been proven worldwide under the most arduous operating conditions. From resisting the most aggressive cargoes to handling hot cargoes in the sub-freezing arctic, MarineLine has a history of success. For more than seven years, MarineLine-coated ships have withstood the tremendous stresses and extremes of changing chemical cargoes almost on a weekly basis. Based on this experience, the development of ChemLine 784/31 represents a quantum leap in cargo tank lining technology. Add to Your Profits — Specify ChemLine 784/31 For the full story on ChemLine, contact APC or click onto our web site at www.adv-polymer.com for the most versatile, technologically advanced and cost effective protection available. Receipt of products from APC constitutes acceptance of the terms of the Warranty; contrary provisions of purchase orders not withstanding. In the event that APC finds that products delivered are off-specification, APC will at its sole discretion, either replace the products or refund the purchase price thereof. APC’s choice of one of these remedies shall be Buyer’s sole remedy. APC will under no circumstances be libeled upon for consequential damages except in so far as liability is mandated by law. APC will deliver products at agreed upon times in so far as it is reasonably able to do so, but APC shall not be liable for failure to delliver beyond its reasonable control. The furnishing of the information contained herein does not constitute a representation by Advanced Polymer Coatings, Ltd. (APC) that any product or process is free from patent infringement claims of any third party, nor does it constitute the grant of a license under any patent of APC or any third party. APC assumes no liability for any infringement which may arise out of the use of the product. APC warrants that its products meet the specifications which it set for them. APC DISCLAIMS ALL OTHER WARRANTIES and relating to the products and DISCLAIMS ALL WARRANTIES RELATING TO THEIR APPLICATION expressed or implied INCLUDING but not limited to warranties of MERCHANT ABILITY AND FITNESS for particular purpose. Product covered under one or more of the following patents or patents pending. 5,169,912 5,658,996 5,874,501 © Copyright 2005 Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",43);arrFiles[95]=new Array(96,"products/chem32.asp","2005-09-21","ChemLine 784 APC Product","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Description ChemLine 784/32 delivers significantly improved product perfor-mance and anti-corrosion resistance. ChemLine 784/32 is formulated with new patented breakthrough high functionality oxirane polymer. Designed and engineered with 28 functional groups per molecule, this bridged aromatic backbone structure when polymerized translates into 784 crosslinks. Siloxirane 2032 introduced in 1992, delivered 5 functional groups (25 crosslinks), far surpassing epoxies and vinylesters which only have 2 functional groups (4 crosslinks). ChemLine 784/32‘s Higher Cross-Link Density Means: Higher Chemical Resistance Higher Toughness Higher Heat Resistance Higher Resistance to Abrasion ChemLine 784/32 is a high functionality, two component thermoset polymer coating. When cured, ChemLine 784/32 high cross-link density is unlike other coatings. ChemLine 784/32 cross-links predominately through an ether (carbon-oxygen-carbon) linkage. This eliminates high concentrations of hydroxyl groups (found in epoxies) and precludes formation of ester groups (found in vinylesters) which are subject to hydrolysis and acid attack. ChemLine 784/32 can be ambient cured over time or low temperature forced air cured for immediate service. ChemLine 784/32 Provides Superior Chemical Resistance to: 98% Sulfuric Acid 37% Hydrochloric Acid 50% Sodium Hydroxide Most acids, alkalies, and solvent Methanol Methylene Chloride Acetic Acid Product Highlights Superior Corrosion Resistance, Exceptional Toughness Superior bonding qualities Applied to pitted corroded steel Maximum versatility; product cycling Ambient or low temperature force cure Very low VOC - 108 grams/liter (0.9 lbs. per gallon) Non-permeable Steam cleanable Resists hydroblasting Repairable Sunlight resistant Complies with FDA 21 CFR 175.300 for food handling High impact resistance Wear and abrasion resistance CHEMLINE 784/32 Industry Applications Chemical Processing Tanks, Vessels, Hazardous Waste, Secondary Containment, Chemical Plant Floors, etc. Paper & Pulp Digesters, Black Liquor Tanks, Bleaching, etc. Mining Acid Tanks, Scrubbers, etc. High Technology Clean Rooms, Floors, etc. Power Generation FGD Systems, Ducts and Stacks, etc. Steel Pickling Tanks, Acid Storage, Acid Waste Neutralization, etc. Waste Water Tanks, Clarifiers, Flocculation Basins, Neutralization Chambers, Concrete Containment, etc. ChemLine 784/32 Provides Superior Resistance To: Acids, Alkalis and SolventsAcids, Solvents Thermal Shock (-40°C to +204°C) -40C) 40°F to 400°F Wear and Abrasion Product Absorption Impact Under-Creep Corrosion The Technology; Epoxies, Vinylesters and ChemLine 784/32 Form 3 Dimensional Screen-Like Structures when Cured The Greater the Distance Between the Crosslinks, the Greater the Permeation Causing Chemical Attack and Absorption Problems with Epoxies Only 2 functionality High concentration of Hydroxyl (OH) groups allowing attack by acids and solvents Large opening between epoxy groups allowing penetration Problems with Vinylesters Vinylester’s and Epoxy’s Open Screen Structure ChemLine 784’s Closed Screen Structure AGGRESSIVE CHEMICAL MOLECULES PENETRATE INTO AND THROUGH THE POLYMER GROUPS ATTACKING BOTH THE INNER POLYMER STRUCTURE AND THE SUBSTRATE. AGGRESSIVE CHEMICAL MOLECULES CANNOT PENETRATE THE HIGH DENSITY SURFACE. INNER POLYMER STRUCTURE AND SUBSTRATE PROTECTED FROM CHEMICAL ATTACK. Superior Corrosion Resistance Performance The testing performance of ChemLine 784/32with more than 4,000 chemicals and products is available in our Superior Corrosion Resistance Performance free “Chemical Resistance Guide.” A = Good at ambient temperatures L = Limited Service N = Not recommended Corrosion resistance data for Epoxy, Vinylester and Stainless Steel from published literature. Chem- Line 784/32 Phenol Epoxy Viny- lester Stainless Steel Acetaldehyde A L N A Acetic Acid A N N A Acrolein Acid A N - A Acrylic Acid A N N A Acrylonitrile A N N A Ammonium Persulfate A A A L Azabenzene A N N A Benzene A A N A Benzene Carboxylic Acid A A N A Benzoyl Chloride A N N N B-Methacrylic Acid A N N A Bichromate of Soda A N A A Bromine A N N A Butanoic Acid A N - A Butyric Aldehyde A N A A Calcium Hydroxide A A A A Calcium Hypochlorite A A A L Caustic Potash A N N A Carbolic Acid A N N A Chlorine Water A N A N Chlorosulfonic Acid A N N N Chlorinated Acetone A N N L Chloracetic Acid A N N L Chromic Acid A N A N Coal Tar Oil A N A A Coconut Fatty Acid A A A A Colamine A N N A Cresol A N - A Dichloromethane A N N A Detergents A A A A DiethylFormamide A N N A Diethylamine A N N A Diethylene Chloride A N N L Diethyl Ether A N N A Dimethylamide Acetate A N - A Disulphuric Acid A N - A EDTA A N A A Ethanolamine A N N A Ethonic Acid Anhydride A N - A Ethyl Acrylate A A N A Fatty Acids A A A A Fatty Acid, Palm A A A A Ferric Chloride A N A N Flaked Stearic Acid A N A A Fluoraboric Acid A N - N Formaldehyde A A A A Formamide A N - A Formic Acid 10% A N A A Green Liquor A N A L Glycerol A N N A Grape Juice A A A A Grapefruit Juice A A A A Grease Oil A A A A Heptanoic Acid A A - A Herring Oil A A A A Hexahydroanaline A N - A HMDA A N - A Hydrazine A N N A Hydrobromic Acid A N A N Hydrochloric Acid A N A N 10% Hydrofluoric Acid A N A N 5-20% Hydrogen Chloride A N - N 35%Hydrogen Peroxide A N A A 10%-30% Hydrogen Sulfate A N A A 5%-17% Hypochlorite Bleach A N A N Isobutanol A N A A Isobutyric Acid A N - A Isopropyl Amine A N A A Javelle Water A N A N Juices, Fruit A A A A Lactic Acid A A A A Lactonitrile A N - A Latex A A A A LiquifiedAmmonia A N N A LiquidPitchOil A N A A M-PhosphoricAcid A N A L MaleicAnhydride A N A A MCA A N - A Methacrylonitrile A N N A Methanamide A N - A Methanol A N N A MEK A L N A MethyleneChloride A N N N MonochloroaceticAcid A N N N MonochloroBenzene A N N N Naphtalene A N A A NitricAcid 1-20% A N A A NitroBenzene A A N A NitrogenFertilizers A A - A NorvalAmine A N N A OctanoicAcid A A - A OrthonitroBenzene A N N N Oleum A N N A OliveOilFattyAcid A A A A PalmOilFattyAcid A A A A Perchloroethylene A N N A PerchloricAcid A N N N Phenol A N N A PhosphoricAcid A N A N PhthalicAnhydride A N A A Piperzine A N - A PolyethylenePolyamines A N - A PotassiumHydroxide A A L L PotassiumPermanganate A A A L PropionicAcid A N N A Pyridine A N N A RubberExtenderOils A A A A Rum A A A A SodiumCarbonate A N A N SodiumDichromate A N A A SodiumHydroxide A A A L SodiumHypochlorite A N A N SodiumSulfide A A N N StannicChloride A A A N StearicAcid A A A A SpentSulfuricAcid A N N A Sulfur A N N A SulfuricAcid 1-70% A A A N SulfuricAcid70-99% A N N L SulphurousAcid A N N A TallOil A A A A TallowAcid A A N A TarAcid A N A A TetraChloroacetic Acid A N N N TetraHydrofurfuryl Alcohol A N N A TolueneDiamine A N N A Toluol A L L A Valeraldehyde A N - A Vinegar A N A A VitriolOil65% A N A A Water,Acid A N N A Xylenol A N N A A = Good at ambient temperatures L = Limited Service N = Not recommended Worldwide Independent Test Laboratories Certify APC’s Coatings’ (MarineLine 784, ChemLine 784, RaiLine 784) Corrosion Resistance and Non-Absorption Qualities Physical Properties Bend Test (3/4” Diam.) (ASTM D522-88) 270° Impact Test (ASTM D2794) 130 in. lbs Pull Off Strength (ASTM D4541) 2800-3100 p.s.i. Hardness Test (Barcol) (ASTM D2583) 78-80 Taber Abrasion (wgt. loss) 3.92 mg/1000 cycles CS-17, 1000 g. load, 1000 cycles (ASTM D4060-90) Water Absorption (30 days @ 88° F) (ASTM D570) 0.89% Typical Properties Color (Normal) Gray/Red V.O.C. Level 108 grams/L (0.9 lbs. /gal). Lead/Chromate Content Zero Pot Life 30 Minutes @ 24° C (75° F) Viscosity Reduction Reduce with Toluene or Xylene Flash Point 53° C (127° F) Solids by Volume 89.6% (+/- 3%) Solids by Weight 95.5% (+/- 2%) Theoretical Coverage 120 sq.ft./gallon @ 12 mills DFT 2.9 m2/L @ 300 microns Recommended DFT Average; Steel: 300 microns Concrete: 20 mils (500 microns) Shelf Life 12 months Application Data Note: The following application data is provided as a general guide only. Only full detailed application specifications are to be used during actual application of the ChemLine 784/32 systems. Surface Preparation Steel: Grit blast to SSPC10 (Sa 2.5). 3-4 mil (75-100 micron) blast profile. Concrete: Abrasive blasting is the preferred method to ensure superior bonding. However, the concrete can be prepared by slurry blasting, hydroblasting, or scarifying. The profile of the prepared concrete should be similar to that of coarse sandpaper. Use UnderGuard 403 Primer as 1st coat. Mixing Instructions Material is supplied in two containers as a unit. Always mix a complete unit in the proportions supplied. (1) Thoroughly mix the contents of Part A with a power agitator until uniform consistency and color is obtained. Be sure that any solids that may have settled through storage have been put back into suspension. (2) Slowly combine the contents of the activator with the previously mixed Part A. (3) Thoroughly mix the two parts until a uniform consistency and color is obtained. Clean Up Solvent Acetone, Xylene, Toluene Limitations Apply when the air and surface temperatures are above 60°F (15°C). Relative humidity must be kept at 70% or lower. The substrate temperature should be at least 5°F above the dew point and rising. For optimum application properties bring material to 68-77°F (20-25°C) prior to mixing and application. Increased temperatures will result in shorter pot life. Application Airless spray equipment with minimum 43:1 pump ratio @ 80-100 lbs. To achieve 2500-3000 p.s.i. tip pressure; Reverse-A-Clean tip .019 to .023, with 3/8” fluid hose, and 1/4” whip hose. This coating is a low VOC compliant material. If shop conditions require a viscosity adjustment, thin with Toluene or Xylene. Recoat Time (Per Coat) Temp. °F (°C) Overcoat Minimum Overcoat Maximum 60 (16) 16 Hrs. 4 Days 68 (20) 12 Hrs. 3 Days 77 (25) 10 Hrs. 3 Days 86 (30) 6 Hrs. 2 Days Cure Time And Temperature When application of the complete coating system has been approved, the coating can be cured by either: A) Ambient Cure @ 75°F (24°C) {Concrete Application} To walk on - 24 hours To drive on - 3 days For Full Chemical Resistance contact the APC technical department for required time and temperatures for specific chemicals. Note: Some chemicals will discolor surface. B) Forced Hot Air {Tank Applications} - electrically heated air or propane or natural gas combustion heated air only. 6 hours at minimum180°F (82°C) - maximum 212°F (100°C). Increase temperature 20°F (11°C) per hour to minimum temperature. All temperatures are substrate temperatures. (See full Specification for Application of ChemLine 784/32) Handling Precautions Solvents and chemicals are contained in this product. Consult the Material Safety Data Sheet for details. Adequate safety and health precautions should be taken during handling, application and drying of this product. The material should be applied under local, state, federal regulations and in accordance with OSHA and ANSI bulletins on safety requirements. A History of Performance For more than a decade Siloxirane (now ChemLine) has withstood the tremendous stresses and extremes of chemical attack and abrasive wear. Siloxirane coatings and linings have been proven worldwide under the most arduous operating conditions, from resisting the most aggressive chemicals to handling hot pipelines in subfreezing temperatures, Siloxirane coatings have a history of success. Based on this experience, the development of ChemLine 784/32 represents a Quantum Leap in chemical resistant polymer coatings. Add to Your Profits — Specify ChemLine 784/32 For the full story on ChemLine, contact APC or click onto our web site at www.adv-polymer.com for the most versatile, technologically advanced and cost effective protection available. Receipt of products from APC constitutes acceptance of the terms of the Warranty; contrary provisions of purchase orders not withstanding. In the event that APC finds that products delivered are off-specification, APC will at its sole discretion, either replace the products or refund the purchase price thereof. APC’s choice of one of these remedies shall be Buyer’s sole remedy. APC will under no circumstances be libeled upon for consequential damages except in so far as liability is mandated by law. APC will deliver products at agreed upon times in so far as it is reasonably able to do so, but APC shall not be liable for failure to delliver beyond its reasonable control. The furnishing of the information contained herein does not constitute a representation by Advanced Polymer Coatings, Ltd. (APC) that any product or process is free from patent infringement claims of any third party, nor does it constitute the grant of a license under any patent of APC or any third party. APC assumes no liability for any infringement which may arise out of the use of the product. APC warrants that its products meet the specifications which it set for them. APC DISCLAIMS ALL OTHER WARRANTIES and relating to the products and DISCLAIMS ALL WARRANTIES RELATING TO THEIR APPLICATION expressed or implied INCLUDING but not limited to warranties of MERCHANT ABILITY AND FITNESS for particular purpose. Product covered under one or more of the following patents or patents pending. 5,169,912 5,658,996 5,874,501 © Copyright 2005 Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",105);arrFiles[96]=new Array(97,"products/marineline.asp","2005-09-21","MarineLine APC Product","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Description MarineLine 784 delivers significantly improved product performance and anti-corrosion resistance. Marineline 784 is formulated with new, patented breakthrough Siloxirane® 28 polymer, designed and engineered with 28 functional groups per molecule. This translates into 784 crosslinks in the same area as original MarineLine! The original MarineLine, introduced in 1993, delivered 5 functional groups (25 crosslinks), far surpassing Phenol Epoxies which only deliver 2 functional groups (4 crosslinks). MarineLine 784’s Higher Cross-Link Density Means: Higher Chemical Resistance Higher Temperature Resistance Higher Reactivity at Lower Temperature Higher Resistance to Absorption Higher Toughness MarineLine 784 is a low heat force cure. When cured, MarineLine 784’s high 28 functionality delivers an extremely dense cross-linked molecular structure. Unlike other coatings, MarineLine 784 cross-links predominantly through an ether (carbon-oxygen-carbon) link-age. This eliminates high concentrations of hydroxyl groups (found in phenol epoxies) and precludes formulation of ester groups which are subject to hydrolysis and acid attack. Product Highlights Superior bond strength and adhesion Maximum cargo flexibility, product cycling Repairable Very low VOC - 108 grams/liter Can be applied to pitted corroded steel Can carry food grade cargoes Resists all IMO cargoes Non-permeable for product purity MARINELINE 784More Chemical Resistance than: Stainless Steel Phenol Epoxies Zinc Increased Return on Investment for: Product Carriers Chemical Tankers Oil Tankers Smooth Surface Finish (Ra 0.7 vs. Ra 1.8) for Phenol Epoxy Faster Cleaning and Drying Faster Turn-Around MarineLine 784 Provides Superior Resistance To: Acids, Alkalis and Solvents Thermal Shock (-40° C to +200° C) Flex Stressing Wear and Abrasion Product Absorption Impact Under-Creep Corrosion The Technology: Epoxies and MarineLine Form 3 Dimensional Screen-like Structures when Cured Problems with Phenolic Epoxy Coating Absorbs cargoes to high levels (depending on cargo) Absorbs cargo relatively slowly Releases absorbed cargo very slowly Small traces may be retained Subsequent cargo contamination Problems with Zinc Silicate Coatings Absorbs cargo quickly Retains oil like cargoes Subsequent cargo contamination Limit back hauling capability Not resistant to acids, caustics, and acid containing oils and urea Superior Corrosion Resistance Performance The testing performance of MarineLine with more than 4,000 chemicals and products is available in our Superior Corrosion Resistance Performance free “Chemical Resistance Guide.” A = Good at ambient temperatures L = Limited Service N = Not recommended Corrosion resistance data for Epoxy, and Stainless Steel from published literature. Marine- Line 784 Epoxy Stainless Steel Zinc Acetaldehyde A L A N Acetic Acid A N A N Acrolein Acid A N A N Acrylic Acid A N A N Acrylonitrile A N A A Ammonium Persulfate A A L N Azabenzene A N A N Benzene A A A A Benzene Carboxylic Acid A A A N Benzoyl Chloride A N N N B-Methacrylic Acid A N A N Bichromate of Soda A N A N Bromine A N A N Butanoic Acid A N A N Butyric Aldehyde A N A N Calcium Hydroxide A A A N Calcium Hypochlorite A A L N Caustic Potash A N A N Carbolic Acid A N A L Chlorine Water A N N N Chlorosulfonic Acid A N N N Chlorinated Acetone A N L N Chloracetic Acid A N L N Chromic Acid A N N N Coal Tar Oil A N A L Coconut Fatty Acid A A A N Colamine A N A - Cresol A N A A Dichloromethane A N A N Detergents A A A N Diethyl Formamide A N A A Diethylamine A N A A Diethylene Chloride A N L N Diethyl Ether A N A A Dimethylamide Acetate A N A N Disulphuric Acid A N A N EDTA A N A N Ethanolamine A N A N Ethonic Acid Anhydride A N A N Ethyl Acrylate A A A N Fatty Acids A A A N Fatty Acid, Palm A A A N Ferric Chloride A N N N FlakedStearic Acid A N A N Fluoraboric Acid A N N N Formaldehyde A A A N Formamide A N A N Formic Acid 10% A N A N Green Liquor A N L N Glycerol A N A N Grape Juice A A A N Grapefruit Juice A A A N Grease Oil A A A N Heptanoic Acid A A A N Herring Oil A A A N Hexahydroanaline A N A L HMDA A N A L Hydrazine A N A N Hydrobromic Acid A N N N Hydrochloric Acid A N N N 10% Hydrofluoric Acid A N N N 5-20% Hydrogen Chloride A N N N 35% Hydrogen Peroxide A N A N 10%-30% Hydrogen Sulfate A N A N 5%-17% Hypochlorite Bleach A N N N Isobutanol A N A N Isobutyric Acid A N A N Isopropyl Amine A N A N Javelle Water A N N N Juices, Fruit A A A N LacticAcid A A A N Lactonitrile A N A A Latex A A A A Liquified Ammonia A N A N Liquid Pitch Oil A N A L M-Phosphoric Acid A N L N Maleic Anhydride A N A N MCA A N A N Methacrylonitrile A N A N Methanamide A N A N Methanol A N A A MEK A L A A Methylene Chloride A N N N Monochloroacetic Acid A N N N Monochloro Benzene A N N N Naphtalene A N A A Nitric Acid 1-20% A N A N Nitro Benzene A A A A Nitrogen Fertilizers A A A N Norval Amine A N A N Octanoic Acid A A A N Orthonitro Benzene A N N N Oleum A N A N Olive Oil Fatty Acid A A A N Palm Oil Fatty Acid A A A N Perchloroethylene A N A N Perchloric Acid A N N N Phenol A N A A Phosphoric Acid A N N N Phthalic Anhydride A N A N Piperzine A N A A Polyethylene Polyamines A N A N Potassium Hydroxide A A L N Potassium Permanganate A A L N Propionic Acid A N A N Pyridine A N A N Rubber Extender Oils A A A N Rum A A A N Sodium Carbonate A N N N Sodium Dichromate A N A N Sodium Hydroxide A A L N Sodium Hypochlorite A N N N Sodium Sulfide A A N N Stannic Chloride A A N N Stearic Acid A A A N Spent Sulfuric Acid A N A N Sulfur A N A N Sulfuric Acid 1-70% A A N N Sulfuric Acid 70-99% A N L N Sulphurous Acid A N A N Tall Oil A A A N Tallow Acid A A A N Tar Acid A N A N Tetra Chloroacetic Acid A N N N Tetra Hydrofurfuryl Alcohol A N A A Toluene Diamine A N A A Toluol A L A N Valeraldehyde A N A N Vinegar A N A N Vitriol Oil 65% A N A N Water, Acid A N A N Xylenol A N A A A = Good at ambient temperatures L = Limited Service N = Not recommended The following excerpts are taken from the independent technical report titled “Suitability of MARINELINE for Cargo Tank Coatings,” prepared by Dr. Norbert Ackermann of Anticorrosion Service. “MARINELINE coating resists, without limitations, virtually all common sea-trade cargoes, including also products unsuitable for stainless steel.” “For chemical carriers of all IMO classes, MARINELINE, owing to its unlimited cargo range as well as owing to easier cargo handling and tank cleaning, offers significant advantages over traditional coatings.” “Compared to stainless steel tanks, MARINELINE offers the same cargo range (limited only by the equipment material) at a much lower cost.” A History of Performance MarineLine coatings and linings have been proven worldwide under the most arduous operating conditions. From resisting the most aggressive cargoes to handling hot cargoes in the sub-freezing arctic, MarineLine has a history of success. For more than seven years, MarineLine-coated ships have withstood the tremendous stresses and extremes of changing chemical cargoes almost on a weekly basis. Based on this experience, the development of MarineLine 784 represents a quantum leap in cargo tank lining technology. Physical Properties Bend Test (3/4” Diam.) (ASTM D522-88) 270° Impact Test (ASTM D2794) 130 in. lbs Pull Off Strength (ASTM D4541) 2800-3100 p.s.i. Hardness Test (Barcol) (ASTM D2583) 78-80 Taber Abrasion (wgt. loss) 3.92 mg/1000 cycles CS-17, 1000 g. load, 1000 cycles (ASTM D4060-90) Water Absorption (30 days @ 88° F) (ASTM D570) 0.89% Typical Properties Color (Normal) Gray/Red/White V.O.C. Level 108 grams/L (0.9 lbs. /gal). Lead/Chromate Content Zero Pot Life 60 Minutes @ 24° C (75° F) Viscosity Reduction Reduce with Toluene or Xylene Flash Point 53° C (127° F) Solids by Volume 89.6% (+/- 3%) Solids by Weight 95.5% (+/- 2%) Theoretical Coverage 2.9 m2/L @ 300 microns Recommended DFT Average; Steel: 300 microns Shelf Life 12 months Application Data Note: The following application data is provided as a general guide only. Detailed instructions are provided for MarineLine 784 coating systems. Only full detailed application specifications are to be used during actual application of any MarineLine system. Surface Preparation Steel: Grit blast to Sa 2.5 - 75-100 micron blast profile most desired. Mixing Instructions Material is supplied in two containers as a unit. Always mix a complete unit in the proportions supplied. (1) Thoroughly mix the contents of Part A with a power agitator until uniform consistency and color is obtained. Be sure that any solids that may have settled through storage have been put back in suspension. (2) Slowly combine the contents of Part B with the previously mixed Part A. (3) Thoroughly mix the two parts until a uniform consistency and color is obtained. Clean Up Solvent Acetone, Xylene, Toluene Limitations Apply when the air and surface temperatures are above 15° C (59° F). Relative humidity must be kept at 70% or lower. The substrate temperature should be at least 3° C (5° F) above the dew point and rising. For optimum application properties, bring material to 21-30° C (70-86° F) prior to mixing and application. Increased temperatures will result in shorter pot life. Application Airless spray equipment with minimum 43:1 pump ratio @ 80-100 lbs. to achieve 2500-3000 p.s.i. tip pressure: Reverse-A-Clean tip .019 to .023, with 3/8 fluid hose, and 1/4 whip hose. This coating is a low VOC compliant material. If conditions require a viscosity adjustment, thin with Toluene or Xylene. Recoat Time (Per Coat) Temp. °C (°F) Overcoat Minimum Overcoat Maximum 15 (59) 10 Hrs. 4 Days 20 (68) 8 Hrs. 3 Days 25 (77) 6 Hrs. 3 Days 30 (86) 6 Hrs. 2 Days Cure Time And Temperature Stowage of aggressive cargoes only when MarineLine is fully cured. To avoid problems, the following curing methods only should be used: A) Forced Hot Air Curing at 82° C to 100° C, for minimum 6 hours. Electrically heated or gas combustion only. B) For double-skin vessels, full cures will be obtained with the stowage of a hot cargo such as lubricating, animal or vegetable oils at temperatures of 60°-80° C for a minimum of 20 days. Coating must have been applied 5 days with minimum atmospheric temperature of 15° C prior to curing. All temperatures are metal temperatures. (See full Specification for Application of MarineLine 784) Handling Precautions Solvents and chemicals are contained in this product. Consult the Material Safety Data Sheet for details. Adequate safety and health precautions should be taken during handling, application and drying of this product. The material should be applied under local, state, federal regulations and in accordance with OSHA and ANSI bulletins on safety requirements. Packaging Available as: 5 gallon (19 liters) kit with catalyst 1 gallon (4 liters) kit with catalyst Add to Your Profits - Specify MarineLine For the full story on MarineLine, contact site at www.adv-polymer.com for the advanced and cost effective protection. Receipt of products from APC constitutes acceptance of the terms of the Warranty; contrary provisions of purchase orders not withstanding. In the event that APC finds that products delivered are off-specification, APC will at its sole discretion, either replace the products or refund the purchase price thereof. APC’s choice of one of these remedies shall be Buyer’s sole remedy. APC will under no circumstances be libeled upon for consequential damages except in so far as liability is mandated by law. APC will deliver products at agreed upon times in so far as it is reasonably able to do so, but APC shall not be liable for failure to delliver beyond its reasonable control. The furnishing of the information contained herein does not constitute a representation by Advanced Polymer Coatings, Ltd. (APC) that any product or process is free from patent infringement claims of any third party, nor does it constitute the grant of a license under any patent of APC or any third party. APC assumes no liability for any infringement which may arise out of the use of the product. APC warrants that its products meet the specifications which it set for them. APC DISCLAIMS ALL OTHER WARRANTIES and relating to the products and DISCLAIMS ALL WARRANTIES RELATING TO THEIR APPLICATION expressed or implied INCLUDING but not limited to warranties of MERCHANT ABILITY AND FITNESS for particular purpose. Product covered under one or more of the following patents or patents pending. 5,169,912 5,658,996 5,874,501 © Copyright 2005 Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",98);arrFiles[97]=new Array(98,"products/products.asp","2005-09-21","Advanced Polymer Coatings Products","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","MarineLine ChemLine 784/31 Chemline 784/32 RaiLine Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",27);arrFiles[98]=new Array(99,"products/railine.asp","2005-09-21","RaiLine APC Product","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Description RaiLine 784 delivers significantly improved product performance and anti-corrosion resistance. RaiLine 784 is formulated with new, patented breakthrough high functionality oxirane polymer. Designed and engineered with 28 functional groups per molecule, this bridged aromatic backbone structure when polymerized translates into 784 crosslinks. RaiLine, introduced in 1992, delivered 5 functional groups (25 crosslinks), far surpassing epoxies which only have 2 functional groups (4 crosslinks) and phenolics which only have 3 functional groups (9 crosslinks). RaiLine 784’s Higher Cross-Link Density Means: Higher Chemical Resistance Higher Heat Resistance Higher Toughness Higher Resistance to Abrasion RaiLine 784 is a high functionality, two component thermoset polymer coating. When cured, RaiLine 784’s high cross-link density is unlike other coatings. RaiLine 784 cross-links predominately through an ether (carbon-oxygen-carbon) linkage. This eliminates high concentrations of hydroxyl groups (found in epoxies and phenolics) which are subject to hydrolysis and attack. RaiLine 784 is low temperature forced air cured for immediate service. RaiLine 784 Provides Superior Chemical Resistance to: 98% Sulfuric Acid 37% Hydrochloric Acid 50% Sodium Hydroxide Methanol Methylene Chloride Acetic Acid Most acids, alkalies, and solvents Product Highlights Superior Corrosion Resistance, Exceptional Toughness Superior bonding qualities Applied to pitted corroded steel Maximum versatility; product cycling Ambient or low temperature force cure Very low VOC – 108 grams/liter (0.9 lbs. per gallon) Non-permeable for product purity Steam cleanable Repairable Complies with FDA 21 CFR 175.300 for food handling High impact resistance Wear and abrasion resistance More Chemical Resistance than: Stainless Steel Phenol Epoxies Phenolics Rubber Increased Return on Investment for: Rail Tanker Cars Rail Hopper Cars ISO Tank Containers Offshore Chemical Tanks Over the Road Tankers The Technology; Epoxies, Vinylesters and RaiLine 784 Form 3 Dimensional Screen-Like Structures when Cured The Greater the Distance Between the Crosslinks, the Greater the Permeation Causing Chemical Attack and Absorption Problems with Phenolics And Epoxies Phenolic’s and Epoxy’s Open Screen Structure RaiLine 784’s Closed Screen Structure AGGRESSIVE CHEMICAL MOLECULES PENETRATE INTO AND THROUGH THE POLYMER GROUPS ATTACKING BOTH THE INNER POLYMER STRUCTURE AND THE SUBSTRATE. AGGRESSIVE CHEMICAL MOLECULES CANNOT PENETRATE THE HIGH DENSITY SURFACE. INNER POLYMER STRUCTURE AND SUBSTRATE PROTECTED FROM CHEMICAL ATTACK. Problems with Phenolics Requires 5 or more coats Requires 5 or more heat cures at 212°F (100°C) Requires final bake at high temperature — 428°F (220°C) Produces water due to condensation reaction when heat curing Extremely brittle Cannot be repaired Poor resistance to bases and oxidizers Superior Corrosion Resistance Performance The testing performance of RaiLine with more than 4,000 chemicals and products is available in our Superior Corrosion Resistance Performance free “Chemical Resistance Guide.” A = Good at ambient temperatures L = Limited Service N = Not recommended Corrosion resistance data for Epoxies, Stainless Steel and Phenolics from published literature. RaiLine 784 Phenol Epoxy Stainless Steel Zinc Acetaldehyde A L A A Acetic Acid A N A L Acrolein Acid A N A - Acrylic Acid A N A A Acrylonitrile A N A A Ammonium Persulfate A A L N Azabenzene A N A - Benzene A A A A Benzene Carboxylic Acid A A A A Benzoyl Chloride A N N N B-Methacrylic Acid A N A A Bichromate of Soda A N A - Bromine A N A - Butanoic Acid A N A - Butyric Aldehyde A N A A Calcium Hydroxide A A A N Calcium Hypochlorite A A L N Caustic Potash A N A N Carbolic Acid A N A A Chlorine Water A N N N Chlorosulfonic Acid A N N N Chlorinated Acetone A N L N Chloracetic Acid A N L N Chromic Acid A N N L Coal Tar Oil A N A A Coconut Fatty Acid A A A A Colamine A N A A Cresol A N A A Dichloromethane A N A - Detergents A A A A Diethyl Formamide A N A A Diethylamine A N A A Diethylene Chloride A N L N Diethyl Ether A N A - Dimethylamide Acetate A N A - Disulphuric Acid A N A - EDTA A N A - Ethanolamine A N A L Ethonic Acid Anhydride A N A N Ethyl Acrylate A A A A Fatty Acids A A A A FattyAcid, Palm A A A A Ferric Chloride A N N L Flaked Stearic Acid A N A A Fluoraboric Acid A N N - Formaldehyde A A A L Formamide A N A - Formic Acid 10% A N A L Green Liquor A N L N Glycerol A N A - Grape Juice A A A A Grapefruit Juice A A A A Grease Oil A A A A Heptanoic Acid A A A - Herring Oil A A A A Hexahydroanaline A N A - HMDA A N A - Hydrazine A N A L Hydrobromic Acid A N N L Hydrochloric Acid A N N L 10%HydrofluoricAcid A N N N 5-20% Hydrogen Chloride A N N - 35% Hydrogen Peroxide A N A N 10%-30% Hydrogen Sulfate A N A L 5%-17% Hypochlorite Bleach A N N N Isobutanol A N A A Isobutyric Acid A N A - Isopropyl Amine A N A - Javelle Water A N N N Juices, Fruit A A A A Lactic Acid A A A L Lactonitrile A N A - Latex A A A A Liquified Ammonia A N A - Liquid Pitch Oil A N A A M-Phosphoric Acid A N L L Maleic Anhydride A N A A MCA A N A - Methacrylonitrile A N A A Methanamide A N A - Methanol A N A A MEK A L A A Methylene Chloride A N N A Monochloroacetic Acid A N N - Monochloro Benzene A N N - Naphtalene A N A A NitricAcid1-20% A N A L Nitro Benzene A A A A Nitrogen Fertilizers A A A A Norval Amine A N A - Octanoic Acid A A A - Orthonitro Benzene A N N A Oleum A N A L Olive Oil Fatty Acid A A A A Palm Oil Fatty Acid A A A A Perchloroethylene A N A A Perchloric Acid A N N - Phenol A N A A Phosphoric Acid A N N L Phthalic Anhydride A N A N Piperzine A N A - Polyethylene Polyamines A N A - Potassium Hydroxide A A L N Potassium Permanganate A A L N Propionic Acid A N A L Pyridine A N A A Rubber Extender Oils A A A A Rum A A A A Sodium Carbonate A N N A Sodium Dichromate A N A N Sodium Hydroxide A A L N Sodium Hypochlorite A N N N Sodium Sulfide A A N N Stannic Chloride A A N N Stearic Acid A A A A Spent Sulfuric Acid A N A N Sulfur A N A A Sulfuric Acid 1-70% A A N N Sulfuric Acid 70-99% A N L L Sulphurous Acid A N A - Tall Oil A A A A Tallow Acid A A A A Tar Acid A N A A Tetra Chloroacetic Acid A N N - Tetra Hydrofurfuryl Alcohol A N A A Toluene Diamine A N A - Toluol A L A A Valeraldehyde A N A - Vinegar A N A L Vitriol Oil 65% A N A - Water, Acid A N A N Xylenol A N A A A = Good at ambient temperatures L = Limited Service N = Not recommended Corrosion resistance data for Epoxies, Stainless Steel and Phenolics from published literature. Worldwide Independent Test Laboratories Certify APC’s Coatings’ (MarineLine 784, ChemLine 784, RaiLine 784) Corrosion Resistance and Non-Absorption Qualities Physical Properties Bend Test (3/4” Diam.) (ASTM D522-88) 270° Impact Test (ASTM D2794) 130 in. lbs Pull Off Strength (ASTM D4541) 2800-3100 p.s.i. Hardness Test (Barcol) (ASTM D2583) 78-80 Taber Abrasion (wgt. loss) 3.92 mg/1000 cycles CS-17, 1000 g. load, 1000 cycles (ASTM D4060-90) Water Absorption (30 days @ 88° F) (ASTM D570) 0.89% Typical Properties Color (Normal) Gray/Red/White V.O.C. Level 108 grams/L (0.9 lbs. /gal). Lead/Chromate Content Zero Pot Life 60 Minutes @ 24° C (75° F) Viscosity Reduction Reduce with Toluene or Xylene Flash Point 53° C (127° F) Solids by Volume 89.6% (+/- 3%) Solids by Weight 95.5% (+/- 2%) Theoretical Coverage 120 sq.ft./gallon @ 12 mills DFT 2.9 m2/L @ 300 microns Recommended DFT Average; Steel: 300 microns Concrete: 20 mils (500 microns) Shelf Life 12 months Application Data Note: The following application data is provided as a general guide only. Only full detailed application specifications are to be used during actual application of the RaiLine 784 system. Surface Preparation Steel: Grit blast to SSPC10 (Sa 2.5). 3-4 mil (75-100 micron) blast profile. Mixing Instructions Material is supplied in two containers as a unit. Always mix a complete unit in the proportions supplied. (1) Thoroughly mix the contents of Part A with a power agitator until uniform consistency and color is obtained. Be sure that any solids that may have settled through storage have been put back in suspension. (2) Slowly combine the contents of the activator with the previously mixed Part A. (3) Thoroughly mix the two parts until a uniform consistency and color is obtained. Clean Up Solvent Acetone, Xylene, Toluene Limitations Apply when the air and surface temperatures are above 60°F (15°C). The substrate temperature should be at least 5°F (3°C) above the dew point and rising. For optimum application properties bring material to 68-77°F (20-25°C) prior to mixing and application. Increased temperatures will result in shorter pot life. Application Airless spray equipment with minimum 43:1 pump ratio @ 80-100 lbs. To achieve 2500-3000 p.s.i. tip pressure; Reverse-A-Clean tip .019 to .023, with 3/8” fluid hose, and 1/4” whip hose. This coating is a low VOC compliant material. If shop conditions require a viscosity adjustment, thin with Toluene or Xylene. Stripe coat welds and apply 2 spray coat. Recoat Time (Per Coat) Temp. °F (°C) Overcoat Minimum Overcoat Maximum 60 (16) 16 Hrs. 4 Days 68 (20) 12 Hrs. 3 Days 77 (25) 10 Hrs. 3 Days 86 (30) 6 Hrs. 2 Days Cure Time And Temperature When application of the complete coating system has been approved, the coating can be cured by: Forced Hot Air – electrically heated air or propane or natural gas combustion heated air only. 6 hours at minimum 200°F (93°C) – maximum 250°F (122°C). Increase temperature 36°F (20°C) per hour to minimum temperature. All temperatures are substrate temperatures. (See full Specification for Application of RaiLine 784) Handling Precautions Solvents and chemicals are contained in this product. Consult the Material Safety Data Sheet for details. Adequate safety and health precautions should be taken during handling, application and drying of this product. The material should be applied under local, state, federal regulations and in accordance with OSHA and ANSI bulletins on safety requirements. A History of Performance For more than a decade RaiLine has withstood the tremendous Siloxirane coatings and linings have been proven worldwide under stresses and extremes of chemical attack and abrasive wear. the most arduous operating conditions, from resisting the most aggressive chemicals to resisting the abrasive attack of pellets and crystals, RaiLine coatings have a history of success. Based on this experience, the development of RaiLine 784 represents a Quantum Leap in chemical resistant polymer coatings. Add to Your Profits — Specify RaiLine 784/32 For the full story on RaiLine 784, contact APC or click onto our web site at www.adv-polymer.com for the most versatile, technologically advanced and cost effective protection available. Receipt of products from APC constitutes acceptance of the terms of the Warranty; contrary provisions of purchase orders not withstanding. In the event that APC finds that products delivered are off-specification, APC will at its sole discretion, either replace the products or refund the purchase price thereof. APC’s choice of one of these remedies shall be Buyer’s sole remedy. APC will under no circumstances be libeled upon for consequential damages except in so far as liability is mandated by law. APC will deliver products at agreed upon times in so far as it is reasonably able to do so, but APC shall not be liable for failure to delliver beyond its reasonable control. The furnishing of the information contained herein does not constitute a representation by Advanced Polymer Coatings, Ltd. (APC) that any product or process is free from patent infringement claims of any third party, nor does it constitute the grant of a license under any patent of APC or any third party. APC assumes no liability for any infringement which may arise out of the use of the product. APC warrants that its products meet the specifications which it set for them. APC DISCLAIMS ALL OTHER WARRANTIES and relating to the products and DISCLAIMS ALL WARRANTIES RELATING TO THEIR APPLICATION expressed or implied INCLUDING but not limited to warranties of MERCHANT ABILITY AND FITNESS for particular purpose. Product covered under one or more of the following patents or patents pending. 5,169,912 5,658,996 5,874,501 © Copyright 2005 Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",103);arrFiles[99]=new Array(100,"temp/case.asp","2005-09-21","APC High Temp Case Studies","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Case Studies Check back regularly for Case Studies Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",24);arrFiles[100]=new Array(101,"temp/guide.asp","2005-09-21","APC High Temp Case Studies","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Chemical Resistance Guide These are the Chemical details listed in alphabetical order: A G M S Y B H N T Z C I O U D J P V E K Q W F L R X EXAMPLE: To find Methanol click on M and go to Methanol. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",28);arrFiles[101]=new Array(102,"temp/temp.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advanced Polymer Coatings showcases coating solutions specially formulated for use in higher temperature applications. ChemLine® has been proven in the most arduous operating conditions, from resisting the aggressive chemicals to handling hot pipelines in subfreezing temperatures. ChemLine® is the most versatile, and advanced protection available. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);arrFiles[102]=new Array(103,"transport/guide.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Chemical Resistance Guide These are the Chemical details listed in alphabetical order: A G M S Y B H N T Z C I O U D J P V E K Q W F L R X EXAMPLE: To find Methanol click on M and go to Methanol. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",28);arrFiles[103]=new Array(104,"transport/news.asp","2005-09-21","Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Case Studies Check back regularly for Case Studies Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",24);arrFiles[104]=new Array(105,"transport/transport.asp","2005-09-21","Transportation Markets at Advanced Polymer Coatings","marineline, railine, chemLine, siloxiraine, advanced, polymer, coatings, apc, corrosion, protection, lining, coating, marine, transport, chemical, tanker, cargo, IMO, tank, slop, high-temperature, corrosive, aggressive, tanker, bureau, veritas","Advanced Polymer Coatings is a world leader in providing high performance corrosion protection coatings.","Advanced Polymer Coatings offers outstanding coatings that withstand the most aggressive chemicals and also resist the abrasive attack of pellets and crystals. RailLine® coatings are approved for use to transport chemical cargoes. They have a history of success and have been proven worldwide under the most arduous operating conditions. Home | Markets | Products | About Us | Literature | Contact Us Advanced Polymer Coatings, Ltd. Avon, Ohio 44011 USA P 440-937-6218 F 440-937-5046 Toll-Free 800-334-7193 USA & Canada ©2005",25);