Additives/Extenders
Showing 401–416 of 569 results
Rheolate 644
A polyether urea polyurethane associative thickener used in low VOC formulation. It provides efficient thickening in high and mid-shear viscosity ranges often without the need of a secondary thickener.
Rheolate CVS 15
An efficient low-shear nonionic synthetic associative thickener that can be used in zero to low VOC deco paints, industrial water-based systems, waterborne inks, etc.
Rheolate FX 1010
An additive with excellent flow and leveling (mid-shear viscosity). It has higher film and opacity and is water scrub and spatter resistant.
Rheolate HX 6008
A highly efficient nonionic synthetic associative thickener used for high-shear rate viscosity build in waterborne systems.
Rheolate HX 6010
An efficient high-shear non-ionic, synthetic associative thickener with an aqueous system used for low VOC requirements in architectural coatings.
Rheolate HX 6050
A non-ionic, synthetic associative thickener used for emulsion paints and other waterborne systems including inks, textile coatings, adhesives and sealants.
Satintone
BASF offers a complete line of calcined and hydrous kaolin clays to meet the most stringent needs of the coated board industry. BASF's kaolins allow board producers to obtain maximum quality at minimum cost to produce the opacity, brightness, gloss, and printability needed in a variety of applications.
Silair™ C 104
Silair ™ C104 is defoamer based on modified polysiloxane. Silair ™ C104 is an antifoam suitable to control the foam during the production and application phase of water-based paints, enamels, low PVC systems and pigmented pastes.
Silair™ C 205
Silair ™ C205 combines excellent defoaming efficacy with good compatibility with organic systems, it does not creat surface defects in the applied film. Ideal for the production and application of water-based enamels, for the wood and / or leather and top-coat sectors.
Silair™ C 300
Silair ™ C 300 is a high performance defoamer based on organomodified siloxanes, indicated for prevention, control and elimination of foam in systems with high viscosity and subjected to high shear forces. Ideal to be used in systems where a long lasting high performance defoamer is required.
It can be used in the formulation of detergents without affecting the transparency of the system.