Superior Chemical Resistance and High Temperature Resistance

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About ChemLINE® 784

ChemLINE® 784 is a high functionality, two component thermoset polymer coating. When cured, the ChemLINE® 784 high cross-link density is unlike other coatings. ChemLINE® 784 delivers significantly improved product performance and anti-corrosion resistance. ChemLINE® 784 coating is formulated with a unique polymer designed and engineered with high functionality. This bridged aromatic backbone structure, when polymerized, forms up to 784 cross-links. ChemLINE® 784 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 can be ambient cured or lower temperature forced air cured depending on substrate and service conditions.*

ChemLINE® 784‘s Higher Cross-Link Density Means:

  • Higher chemical resistance
  • Higher toughness
  • Higher heat resistance
  • Higher resistance to abrasion

Provides Superior Chemical Resistance to:

  • 98% Sulfuric Acid
  • 37% Hydrochloric Acid
  • 50% Sodium Hydroxide
  • Most acids, alkalies, and solvents
  • Methanol
  • Methylene Chloride
  • Acetic Acid

*For product recommendations and technical, application and heat curing information contact Advanced Polymer Coatings' customer service. Contact +01 440-937-6218.

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,
  • Waste Water - Tanks, clarifiers, flocculation basins, neutralization chambers, concrete containment, etc.

Product Highlights

  • Superior corrosion resistance, exceptional toughness
  • Superior bonding qualities
  • Applied to pitted and/or corroded steel
  • Maximum versatility; product cycling
  • Ambient or lower temperature forced air cure
  • Very low VOC - 130 grams/L (1.09 lbs. per gallon)
  • Virtually non-permeable, steam cleanable, & field repairable
  • Resists hydroblasting
  • Excellent UV resistance
  • Complies with all FDA regulations
  • ChemLINE® is generally recognized as safe (GRAS) for food grade cargoes.
  • High impact resistance
  • Dry heat resistance to 400° F (204° C)

Typical Properties

Stock Colors Gray, Red
V.O.C. Level/Gal. 130 grams/L (1.09 lbs./gal.)
Lead Content Zero
Chromate Content Zero
Pot Life 30 minutes @ 75°F (24°C)
Viscosity Reduction Reduce with Toluene or Xylene
Solids by Volume 85 %
Recommended Film Thickness (dry) mils average
  Steel: 12 mils (300 microns)
  Concrete: 20 mils (500 microns)
Shelf Life 12 months

The Technology

Epoxies, Vinylesters and ChemLINE® 784 Form 3 Dimensional Screen-Like Structures when Cured


  • 28 functionality forming up to 784 cross links
  • Majority of cross links are through Ether (C-O-C) bonds. Ether bonds are one of the strongest bonds in chemistry. Ether bonds give flexibility with chemical resistance.
  • No ester groups.

Our Mission & Policies

This is Only A Reference Guide

This is an abbreviated listing of the more than 5,000 chemicals that have been tested. This information is intended to serve as a reference guide only. The end user is responsible for determining if ChemLINE® is the appropriate coating for the specific application involved. Contact your ChemLINE® Representative or the ChemLINE® Customer Service Hotline +01 440-937-6218 for detailed specifications prior to any final coatings recommendation or application.


Phenolic Epoxy
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, (35ºC) 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, 20% 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
Diethyl Formamide 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
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
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
10%-30% Hydrogen Sulfate A N A A
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
Liquified Ammonia A N N A
Liquid Pitch Oil A N A A
M-Phosphoric Acid** A N A L
Maleic Anhydride A N A A
Methacrylonitrile, (35¡C) A N N A
Methanamide A N A
Methanol A N N A
Methylene Chloride A N N N
Monochloro Benzene A N N N
Naphtalene A N A A
Nitric Acid 1-20% A N A A
Nitro Benzene A A N A
Nitrogen Fertilizers A A A
Norval Amine A N N A
Octanoic Acid A A A
Orthonitro Benzene A N N N
Oleum A N N A
Olive Oil Fatty Acid A A A A
Palm Oil Fatty Acid A A A A
Perchloroethylene A N N A
Perchloric Acid A N N N
Phenol A N N A
Phosphoric Acid A N A N
Phthalic Anhydride A N A A
Piperzine A N A
Polyethylene Polyamines A N A
Potassium Hydroxide A A L L
Potassium Permanganate A A A L
Propionic Acid A N N A
Pyridine A N N A
Rubber Extender Oils A A A A
Rum A A A A
Sodium Carbonate A N A N
Sodium Dichromate A N A A
Sodium Hydroxide A A A L
Sodium Sulfide A A N N
Stannic Chloride A A A N
Stearic Acid A A A A
Spent Sulfuric Acid A N N A
Sulfur A N N A
Sulfuric Acid 1-70% A A A N
Sulfuric Acid 70-99% A N N L
Sulphurous Acid A N N A
Tall Oil A A A A
Tallow Acid A A N A
Tar Acid A N A A
Tetra Chloroacetic Acid A N N N
Tetra Hydrofurfuryl Alcohol A N N A
Toluene Diamine A N N A
Toluol A L L A
Valeraldehyde A N A
Vinegar A N A A
Vitriol Oil 65% 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

* ChemLINE® 2400 Series ** ChemLINE® 784 Series

Corrosion resistance data for Phenolic Epoxy, Vinylester and Stainless Steel from published literature.

A History of Performance

For more than a decade ChemLINE® coatings have withstood the tremendous stresses and extremes of chemical attack and abrasive wear. ChemLINE® has been proven worldwide under the most arduous operating conditions, from resisting the most aggressive chemicals to handling hot pipelines in sub-freezing temperatures, with a history of success. Based on this experience, the development of ChemLINE® 784 represents a quantum leap in chemical resistant polymer coatings.

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