Rheovis® 132 by BASF is a highly effective acrylic polymer. It provides optimum flow and levelling properties. It is used as a rheological control additive for water-borne coating systems... view more

Rheovis® AS 1130 by BASF is a highly effective rheology-control agent for a wide range of water-based coatings. Provides neutralization with a base and imparts strong shear thinning characteristics... view more

Purified, low-odor acrylic copolymer emulsion in water. Acts as a rheology modifier. Provides rheological control effect through extensive swelling of high molecular weight polymer in alkali, in... view more

Aqueous emulsion of an acrylic copolymer. Acts as a rheology modifier. Offers very good color stability in tinted systems. Provides good anti-sag and anti-spatter properties. Used in water borne... view more

Derivative of a family of highly effective rheological control additives for water-borne coating systems. Belongs to a family of products which are based on similar acrylic polymer technology with... view more

Rheovis® CRX by BASF is a highly effective acrylic polymer. Used as a rheological control additive for water-borne inks and coating systems. Offers high efficiency over a pH range 7.5-10. Provides... view more

Rheovis® HS 1152 (Old Name: Rheovis® 152) by BASF is a hydrophobically modified alkali swellable emulsion rheology modifier. It enhances low-shear rheology in water-based coating systems. It provides... view more

Rheovis® HS 1162 by BASF is a hydrophobically modified (HASE) anionic poly-acrylate copolymer. It is an associative thickener. It shows thixotropic flow behavior, low water uptake, no impact on wet... view more

Rheovis® HS 1212 by BASF is a hydrophobic modified acrylic swellable copolymer emulsion (HASE) in water. Acts as a mid-shear thickener and rheology-control agent. Suitable for water based coatings... view more

Rheovis® PE 1320 NC (Old name: DSX® 2000) by BASF is a polyether solution in water/ butyldiglycol. Used as a newtonian rheology modifier for aqueous coatings. Improves high brush drag (ICI... view more

Rheovis® PE 1330 by BASF is a hydrophobic modified polyether (HMPE). It is an excellent high-shear associative thickener. It imparts excellent flow and is tin-free. Rheovis® PE 1330 by BASF is... view more

Rheovis® PU 1190 by BASF is a tin-free, strong low shear, non-associative thickener based on hydrophobic modified ethoxylated urethane (HEUR). It offers strong pseudoplasticity. It is recommended... view more

Heavy metal-, solvent- and VOC free solution of polyurethane in water/diluent. Acts as an associative thickener. Offers superior sag resistance and low viscosity. Exhibits very good chemical-and... view more

Rheovis® PU 1214 by BASF is a non-ionic, associative rheological additive for aqueous systems. It is a low viscosity polyurethane polymer specially designed to improve the application of emulsion... view more

Rheovis® PU 1250 (Old Name: DSX® 1550) by BASF is a non-ionic medium pseudoplastic rheology modifier for water-based coatings. It is hydrophobic-modified polyurethane associative thickener. It is... view more

Rheovis® PU 1256 (Old Name: DSX® 3256) by BASF is an associative polyurethane thickener that gives aqueous systems a pseudoplastic behavior. It is a non-ionic mid-shear solvent-free rheology additive... view more

Rheovis® PU 1291 by BASF is a hydrophobic modified ethoxylated urethane (HEUR). It is a next-generation VOC-free mid-shear rheology modifier and associative thickener. It offers excellent ICI... view more

Rheovis® PU 1331 by BASF is a hydrophobic modified ethoxylated urethane (HEUR). It is a next-generation high-shear associative thickener. It is ultra efficient, best in class ICI performance and is... view more

Rheovis® PU10 by BASF is an urethane-based polymer in water/butyldiglycol. It offers an outstanding balance of low viscosity at low shear rates and high viscosity at high shear rates, very good... view more

Rheovis® PU20 by BASF is a highly effective rheological control additive for water-borne coating systems. It offers outstanding balance of low viscosity at low shear rates and high viscosity at... view more