RHEOBYK®

RHEOBYK® - 410 by BYK is a solution of modified urea. It acts as a liquid rheological additive for medium-polarity solvent-borne and solvent-free systems as well as PVC plastisols and... view more

RHEOBYK® -100 by BYK is a powdered rheology additive for non-polar to medium-polarity solvent-borne systems. It offers anti-sagging, levelling, and anti-settling behavior. It is suitable for many... view more

RHEOBYK® -425 by BYK is a VOC- and APEO-free rheology modifier thats effectiveness is primarily based on the associative interaction with the dispersion particles of the aqueous binder. It... view more

RHEOBYK® -430 by BYK is rheology modifier for improving the anti-sagging and anti-settling properties of solvent-borne coatings. It is solution of a high molecular weight, urea-modified... view more

RHEOBYK® -431 by BYK is easy to process, liquid rheology modifier for solvent-borne coatings. It is solution of a high molecular weight, urea-modified, non-polar polyamide. It exhibits... view more

RHEOBYK®-440 by Byk (Altana Group) is a solution of modified polyamide. It is a rheology additive to improve anti-sagging and anti-settling properties. It shows strong shear thinning properties. It... view more

RHEOBYK®-7405 by Byk (Altana Group) is a solution of polyhydroxy carboxylic acid amide. It is an aromatic- & tin-free, rheology and thixotropic-enhancing additive for solvent-free and solventborne... view more

RHEOBYK® -7420 CA by BYK is liquid rheology additive to produce thixotropic flow behavior in aqueous and highly polar systems. It is the solution of a modified urea. It is used as an anti-settling... view more

RHEOBYK® -7420 ET by BYK is rheology additive to generate thixotropic flow behavior in aqueous and highly polar systems. It is the solution of a modified urea which is hygroscopic in nature. It is... view more

RHEOBYK® -7502 by BYK is a 100% emission-free, 100% micronized, organic powdered rheology modifier. It increases the stability of single component, silane-modified prepolymer systems. It offers... view more

RHEOBYK® -7503 by BYK is 100% emission-free, 100% micronized, organic powdered rheology modifier. It increases the stability of single component and silane-modified prepolymer systems. It offers... view more

RHEOBYK® -7590 by BYK is a powdered rheology additive for non-polar solvent-borne systems and powder coatings. It improves the flow behavior during the baking process. It is suitable for... view more

RHEOBYK®-7600 by Byk (Altana Group) is a VOC-(<1500ppm)-, APEO- and tin-free, solution of hydrophobic modified polyurethane associative thickener (HEUR). It offers increased viscosity in low shear... view more

RHEOBYK®-7610 by BYK is VOC-, APEO- and tin-free associative thickener. It is designed for use in aqueous systems to generate a highly pseudoplastic flow behavior. It offers increased viscosity in... view more

RHEOBYK® -7650 by BYK is a solid, non-dusting, biocide-, VOC-, APEO-, and tin-free associative thickener (HEUR) for aqueous systems that generates a slightly pseudoplastic flow behavior. It... view more

RHEOBYK® -7670 by BYK is a solid, non-dusting, biocide-, VOC-, APEO-, and tin-free associative thickener (HEUR) for use in aqueous systems to increase the viscosity in the medium shear range. It... view more

RHEOBYK® -7690 by BYK is a solid, non-dusting, biocide-, VOC-, APEO-, and tin-free associative thickener (HEUR) for aqueous systems that generates a newtonian flow behavior. It has only a low... view more

RHEOBYK® -R 607 by BYK is a rheology modifier for solvent-free and solvent-borne systems to enhance the rheological properties in conjunction with hydrophilic fumed silica and clay additives. It is... view more

RHEOBYK® -T 1000 VF by BYK is a VOC-free associative thickener (HEUR) for aqueous systems to generate a Newtonian flow behavior. It improves processability, levelling, and storage stability. It is easy... view more

RHEOBYK® TVS-VF (formerly OPTIFLO TVS-VF) by BYK is a VOC-free associative thickener for aqueous systems to generate a highly pseudoplastic flow behaviour. It increases the viscosity in the low... view more