Elotex EV2000 Ethylene, vinyl acetate and vinyl versatate National Starch and Chemical-Elotex Ethylene copolymers - emulsions (VAE, EVC) >> Vinyl Acetate Ethylene copolymers, VAE ADHESIVE Redispersible polymer binder Ethylene, vinyl acetate and vinyl versatate For modification of hydraulically and nonhydraulically curing systems. For modification of hydraulically and nonhydraulically curing systems. Flow bed adhesive mortar CTA/5 Specially suitable for ecologically demanding cement and gypsum containing floor paving products, in which pollution of living area by volatile organic components (VOC) must be as low as possible Suitable for the manufacture of systems that must comply with EMICODE EC1 Particularly suitable for use in self-levelling, casein containing and casein-free floor compounds Redispersible powder with very broad performance spectrum for use in hydraulically curing systems Very good rheology and workability Excellent flow and levelling properties in floor levelling compounds in combination with casein or synthetic levelling agents Optimum flow and surface self-levelling of pumpable fluid floor compounds and manually applied, thin-layer levelling compounds Improved water retention capability Reduced water demand Constant levelling behaviour over a long processing period Very low emission Improved homogeneity of self-levelling systems Reduced tendency to separation of individual components In the cured state High final strengths Increased cohesive force (cohesion) Increased adhesive bond strength (adhesion) Increased flexibility Increased abrasion resistance Reduced cracking Reduced shrinkage tendency Very low emission of residual monomers Redispersible ethylene, vinyl acetate and vinyl versatate polymer binder Suits for modification of hydraulically and nonhydraulically curing systems. Possesses strong flowing and levelling effect, plasticizing, rapid redispersion, high stirring stability and very low VOC emission. Provides increased cohesion, adhesion, flexibility and abrasion resistance. Reduces cracking and shrinkage tendency.