Key Mortar Systems are composed of 100% solids epoxy resin filled with a variety of graded quartz, silica, or ceramic fillers which can be modified to create the best design mix for ideal performance. Wide selections of finish coats are available for varying appearance and exposure requirements. The systems are available in a variety of non-fading standard or custom colors.
Key Urecon Systems combine a urethane binder with Portland cement and graded aggregates to deliver superior qualities for a flooring application in manufacturing, food processing, kitchens and numerous other applications. In addition, as a moisture tolerant system, these systems are a solution for many concrete moisture problems. The optional textured surface reduces slipping under most wet conditions. Key Urecon Systems are also available in multi-colored decorative finishes.
Key Resin's Conductive and Electro-Static Dissipative (ESD) floors have been designed to prevent static discharge from affecting your facilities most valued equipment and production processes. Key offers a myriad of Systems depending on your facilities requirements. Key ESD and Conductive systems will be easily cleanable and provide a seamless non-porous surface that will provide you with unfailing safety for many years.
Key Resin Company offers a variety of 100% solids chemical resistant systems specially formulated for extreme chemical resistant performance and other conditions. Our broad product line includes Key Resistant Systems, Key Contain Systems, and Key Vinyl Ester Systems. Key Resistant Systems are 100% solids chemical resistant bis-F epoxy/aggregate systems with epoxy novolac sealers ideal for areas needing protection from high traffic, impact, thermal shock. Key Contain Systems are 100% solids novolac epoxy binder/aggregate systems with epoxy novolac sealers. Both systems are specially formulated for high chemical resistance applications and can be tailored to meet specific needs. Key Vinyl Ester Systems offer the ultimate in high chemical resistance and high temperature resistance for severe chemical exposure applications.
