Rheovis® 112 by BASF is an associative, alkali swellable acrylic dispersion. It acts as a low/medium shear thickener. It offers optimized flow/leveling balance. Rheovis® 112 is recommended for... view more

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® 162 by BASF is alkali-swellable acrylic (HASE) thickener. It is recommended for non-drip formulations paints and stains. It shows excellent thixotropic properties even at low... view more

Rheovis® AS 1125 by BASF is a rheology modifier. It is a non-associative thickener and anionic polyacrylate copolymer. It is available in liquid form. It shows compatibility with acrylics and... 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

Rheovis® AS 1188 (Old name: Viscalex® AT88) by BASF is a formulation based on an acrylic copolymer in an aliphatic hydrocarbon carrier. Rheovis® AS 1188 is used as rheological control additive for... 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

Acrylic copolymer. Acts as a rheology modifier. Offers improved newtonian rheological properties and ptimal flow properties. Used in glossy emulsion paints for household paints and glossy, low duty... view more

Formulation based on an acrylic copolymer. Acts as a rheology modifier. Provides rheological control effect through extensive swelling of high molecular weight polymer in alkali, in presence of... 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 1169 (formerly known as Latekoll® DS 6269) by BASF is a tin-free and low shear associative thickener. It is a hydrophobically modified (HASE) anionic polyacrylate copolymer. It offers... 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® PE 1332 by BASF is a solvent-free, VOC-free, low odor associative thickener specifically designed to give a Newtonian rheology profile and excellent balance of performance properties to... 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