General Polymers FasTop 12S URETHANE SLURRY SYSTEM is a cementitious urethane cement self-leveling slurry to be applied at 3/16” thickness and broadcast to yield a 1/4” – 3/8” finished system. FasTop 12S can be applied with a pin rake, screed rake or flat trowel. It is designed to protect concrete, wood and steel substrates from thermal shock, impact, corrosion, mild chemical attack and abrasion.
General Polymers FasTop S URETHANE SLURRY SYSTEM is a low odor, self-leveling slurry to be applied at 3/16″ thickness and broadcast to yield a 1/4″ – 3/8″ finished system. FasTop S can be applied with a pin rake, screed rake or flat trowel. It is designed to protect concrete, wood and steel substrates from thermal shock, impact, corrosion, mild chemical attack and abrasion. A decorative quartz broadcast may be specified as FasTop S-U1 an upgrade to the standard system.
Hybri-Flex MB is a 1/4″ seamless solid-color quartz floor system featuring high moisture tolerance and a thicker, self-priming, self-leveling floor making it the ideal choice for installation on freshly placed concrete, rough existing floors, or where higher impact resistance is desired. Finished with Dur-A-Flex’s 100% reactive methyl methacrylate (MMA) and natural quartz for a fast return-to-full-service.
Poly-Crete MDB is a seamless, 1/4”, 100% solids, cementitious-urethane concrete resurfacing system with a natural quartz aggregate broadcast and a UV-stable cementitious-urethane topcoat providing a slip-resistant, gloss finish. The combination of two-part urethane technology, portland cement and select aggregates provides attributes similar to concrete, making it very resistant to thermal shock. Highly resistant to cleaning/sanitizing chemicals and food acids.
Poly-Crete SLB is a seamless, 3/16″, 100% solids, cementitious-urethane, self-leveling, concrete resurfacing system with a natural quartz aggregate broadcast providing a slip-resistant, gloss finish. The combination of two-part urethane technology, portland cement and select aggregates provides attributes similar to concrete, making it very resistant to thermal shock.
