Heavy-Duty Castable Concrete with Strong Chemical Resistance
Resistant to a Wide Range of Solvents, Oils and Acids over a pH range of zero to 14.0
Polymer concrete is a heavy-duty castable with strong chemical resistance. Provides physical strength, abrasion resistance, and very low permeability. Polymer concrete is resistant to a wide range of solvents, oils and acids over a pH range of zero to 14.0. Polymer concrete can be an economical alternative to brick when project conditions call for a long-lasting system that is easy to install. Ideal for construction of sumps, dikes, containment areas, trenches, walls, floors, and structural support columns or bases. Wm. Neundorfer offers a complete line of polymer concrete solutions including silicate-based, epoxy, vinyl ester, and novolac hybrids. We provide guidance on combining polymer concrete with other coatings and corrosion control products for a complete solution. For immediate attention, please call: (440) 350-7460 Industries: Agricultural | Automotive | Cement | Chemical | Coal | Food & Beverage | Mining | Petrochem | Power | Refractory | Steel | Transportation | Wastewater
Featured Products
Epoxy Polymer Concrete
Epoxy Polymer Concrete is a castable material for chemical-resistant construction that is specifically formulated for foundation construction and should be installed with proper reinforcement. It is suitable as a monolithic topping to rehabilitate chemically deteriorated concrete or to protect new construction. Resistant to a wide range of solvents, oils, and acids over a pH range of zero to 14.0.
NovolaK Vinyl Ester Polymer Concrete
Vinyl ester polymers offer superior chemical resistance and are castable for construction of chemical-resistant sumps, dikes, containment areas, trenches, walls, and structural support columns or bases. Specifically formulated for foundation construction and should be installed with proper reinforcement. Can also be used as a monolithic topping to rehabilitate chemically deteriorated concrete or protect new construction.
