Long term corrosion protection to the steel and concrete used in the Water and Wastewater market.
The CEILCOTE 810 Corocrete floor system is designed with heavy duty, epoxy novolac surface texture material. Abrasive grits are broadcast into the resin matrix to provide traction, textured finish, durability and wear. The flooring system is designed for resisting attack by aggressive chemicals such as concentrated sulfuric acid. Unique Novolac technology permits the extended working time of the CEILCOTE 810 Corocrete floor, making it user friendly, resulting in easier application and reduced waste.
Ceilcote 282AR Flakeline is a two component, vinyl ester, flake-filled, corrosion and abrasion resistant lining. Uses Ceilcote #2 Hardener.
Ceilcote 165 Grout is a carefully blended, three component vinylester grout. It is designed for grouting pumps, vessels and equipment that are subjected to chemical exposure.
Ceilcote 610 Ceilpatch is a chemical-resistant epoxy patching/filling compound that is used to fill defects in concrete or steel surfaces prior to the application of Ceilcote lining, coating or flooring systems. It provides excellent adhesion to concrete or steel, minimal shrinkage and superior chemical resistance.
CEILCOTE 64 Lining is a heavy-duty lining that protects steel and concrete in immersion service from strong chemicals. The lining is formulated from polyester resin, inert fillers, and fiberglass reinforcement. It can withstand solution temperatures to 160°F (71°C) in immersion service.
An ultra high solids, two component polycyclamine cured lining system utilising advanced epoxy novolac technology.
A two component, epoxy phenolic lining system, with low viscosity.
A two component, solvent free, heavy duty epoxy tank lining.
An ultra high solids, two component polycyclamine cured lining system utilising advanced epoxy technology, designed for single-leg application.
A two component, solvent free, heavy duty epoxy tank and pipe lining.
Corrosion & fire protection coatings for buildings
Coatings for abrasive and corrosive environments