Power generation, pulp and paper, waste treatment, electronics, food and pharmaceutical facilities are just a few of the industrial markets that require corrosion-control coating & lining protection. In fact, Corrosion-control coatings and linings are required in nearly every area of industry throughout the world.

Protective Industrial Polymers’ InhibiChem Vinyl Ester Coating & Containment Systems have been designed to provide superior corrosion-control protection for multiple industrial applications. From high-performance vinyl ester floor coatings and toppings, to reinforced lining systems and containment coating systems, the InhibiChem product line has got you covered.

Mica Flake-Reinforced Coating & Lining Systems

InhibiChem CR-MF-CL

Chemical-Resistant Mica-Flake Reinforced Coating & Lining System
This system consists of a vinyl ester primer, followed by a flake-filled vinyl ester basecoat. The system is then top-coated with a flake-filled vinyl ester coating. This system exhibits excellent chemical resistance and can be applied to properly prepared steel or concrete substrates.

InhibiChem SR-MF-CL

Enhanced Chemical and Solvent-Resistant Mica-Flake Reinforced Coating & Lining System

This system consists of a vinyl ester primer, followed by a flake-filled vinyl ester basecoat. The system is then top-coated with a flake-filled vinyl ester coating. This system exhibits excellent chemical resistance and can be applied to properly prepared steel or concrete substrates.

Fiberglass-Reinforced Vinyl Ester Lining Systems

InhibiChem CR-FGR-L

Chemical-Resistant Fiberglass Reinforced Lining System

This system consists of a vinyl ester primer, followed by vinyl ester troweled basecoat that is reinforced with fiberglass mat and saturated with vinyl ester resin. The system is then top-coated with a flake-filled vinyl ester coating. This system exhibits excellent chemical, wear, impact and abrasion resistance.

InhibiChem SR-FGR-L

Enhanced Chemical and Solvent-Resistant Fiberglass Reinforced Lining System
This system consists of a vinyl ester primer, followed by vinyl ester troweled basecoat that is reinforced with fiberglass mat and saturated with a vinyl ester resin. The system is then top-coated with one or two applications of a flake-filled vinyl ester coating. This system exhibits excellent chemical, wear, impact and abrasion resistance.

Glass Flake-Reinforced Lining Systems for Steel Tanks

InhibiChem CR-GF-L

Chemical-Resistant Glass-Flake Reinforced Steel Tank Lining System
This vinyl ester lining system consists of a vinyl ester primer, followed by a treated glass flake-filled vinyl ester basecoat. The system is then top-coated with a treated glass flake-filled vinyl ester coating that can be pigmented. This system exhibits excellent chemical immersion resistance and can serve as a protective lining over steel.

InhibiChem SR-GF-L

Enhanced Chemical and Solvent-Resistant Glass-Flake Reinforced Steel Tank Lining System
This vinyl ester lining system consists of a vinyl ester primer, followed by a treated glass flake-filled vinyl ester basecoat. The system is then top-coated with a treated glass flake-filled vinyl ester coating that can be pigmented. This system exhibits excellent chemical immersion resistance and can serve as a protective lining over steel.

Vinyl Ester Floor Toppings

InhibiChem CR-BFT

Chemical-Resistant Broadcast Floor Topping
This vinyl ester broadcast floor topping consists of a vinyl ester primer, followed by multiple (two to six) aggregate broadcast applications into vinyl ester resin. The system is then finished with one or more vinyl ester topcoats. Various broadcast aggregates may be utilized depending on the specific application.

InhibiChem SR-BFT

Enhanced Chemical and Solvent-Resistant Broadcast Floor Topping
This vinyl ester broadcast floor topping consists of a vinyl ester primer, followed by multiple (two to six) aggregate broadcast applications into vinyl ester resin. The system is then finished with one or more vinyl ester topcoats. Various broadcast aggregates may be utilized depending on the specific application.