Vinyl acetate, ethylene and acrylate based copolymer. Offers very good rheology, workability, greatly improved flow and levelling properties. Provides reduced water demand, fluidizing consistency... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers very good rheology, workability, improved water retention capability and reduced water demand. Exhibits increased cohesive... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers very good rheology, workability, improved water retention capability, increased open time and fast redispersibility. Provides... view more

Vinyl acetate, vinyl versatate and ethylene based redispersible binder. Offers very good rheology and workability, extension of pot life and improvement of mortar stability. Reduction of the... view more

Vinyl acetate, vinyl versatate and acrylate based redispersible binder. Reduced water absorption. Offers improved adhesion to different base materials. Exhibits improved tensile strength and... view more

Vinyl acetate, vinyl versatate and butyl acrylate based redispersible binder. Improves water retention capability. Increases adhesive bond strength on a wide range of different substrates, including... view more

Vinyl acetate, vinyl versatate, acrylate and ethylene based redispersible binder. Offers very good rheology and workability. Extension of pot life. Reduced water absorption and cracking. Provides... view more

Elotex® FX5600 by Akzonobel is a high quality redispersible binder based on a copolymer of vinyl acetate, vinyl versatate, ethylene and butyl acrylate and polyvinyl alcohol as a protective colloid... view more

Styrene-acrylic ester copolymer based redispersible binder. Reduced water absorption. Offers increased flexibility and highly improved tensile strength and abrasion resistance. Used in tile... view more

Acrylates copolymer based redispersible binder. Offers very good workability. Exhibits very high flexibility as well as adhesion after dry and wet conditions. Possesses low water adsorption and... view more

Acrylates copolymer based redispersible binder. Offers high saponification resistance and improved processing behavior. Exhibits improved adhesion to different base materials. Provides highly... view more

Elotex® HD1500 by Celanese is a free-flowing vinyl acetate and vinyl versatate copolymer-based redispersible binder. It exhibits improved workability, enhanced adhesion & cohesion, excellent water... view more

Vinyl acetate, vinyl versatate and acrylate copolymer based redispersible binder. Offers improved processing properties, water retention capability and reduced water demand. Exhibits improved... view more

Vinyl acetate based redispersible polymer binder. Suits for modification of non-hydraulically curing or purely polymer based systems. Possesses good water retention capability, short set time, very... view more

Vinyl acetate and vinyl versatate copolymer based redispersible binder. Offers improved rheology and workability. Reduced water demand and improved water retention capability. Exhibits increased... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers good workability, improved flow as well as leveling properties, improved water retention capability and reduced water demand... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers very good rheology, workability, reduced water demand, ideal wetting behavior and fast redispersibility. Has increased... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers very good rheology, workability, improved water retention capability, very fast wetting and high stirring stability. Provides... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers very good rheology, workability, improved water retention capability and high stirring stability. Provides improvement of... view more

Elotex® TITAN 8100 by Celanese is an acrylates copolymer based redispersible binder. Suits for modification of hydraulically curing systems. Exhibits thermoplastic behavior. Possesses excellent... view more