DISPERBYK® -191 by BYK is a copolymer with pigment affinic groups. Acts as wetting and dispersing agent. It deflocculates pigments through steric stabilization of the pigments and fillers... view more

DISPERBYK® -192 by BYK is a copolymer with pigment affinic groups. Acts as wetting and dispersing agent. It deflocculates pigments through steric stabilization of the pigments and fillers... view more

Solution of a copolymer with pigment affinic groups. Acts as wetting and dispersing agent. It deflocculates pigments through steric stabilization of the pigments and fillers. Disperbyk® -194 reduces... view more

DISPERBYK® -199 by BYK is a solution of a copolymer with pigment affinic groups. Acts as polymeric wetting and dispersing agent. It is APEO- and amine-free. DISPERBYK® -199 is a cost-effective... view more

DISPERBYK® -2015 by BYK is a VOC- and solvent-free wetting and dispersing agent. It is solution of modified styrene maleic anhydride copolymer. It reduces viscosity, enabling easier processing or... view more

DISPERBYK® -2152 by BYK is an emission-free, hyperbranched polyester. Acts as wetting and dispersing agent. It lowers viscosity and allows higher filling levels. It improves the wetting and... view more

DISPERBYK® 2018 by BYK is wetting and dispersing additive. It is a solution of a copolymer with pigment-affinic groups. It is particularly designed for the production of binder- and VOC-free pigment... view more

DISPERBYK® 2019 by BYK is wetting and dispersing additive. It is solution of a copolymer with pigment-affinic groups. The additive is particularly suitable for the production of binder- and VOC-free... view more

DISPERPLAST® -1142 by BYK is a solvent-free wetting and dispersing agent for adhesives and sealants. It is particularly recommended for polyurethane systems and for systems that contain a plasticizer... view more

GARAMITE® -7303 by BYK is a powdered rheology modifier. It is an organophilic phyllosilicate used in adhesives and sealants. It improves sagging whilst enabling easy processing. It is tolerant to... view more

GARAMITE® -7305 by BYK is a powdered rheology additive for use in adhesives and sealants. It contributes to improving sagging stability whilst enabling easy processing. It is characterized by... view more

HORDAMER® PE 02 by BYK is a primary dispersion of polyethylene with an anionic emulsifier. Acts as a defoamer, adhesion promoter and wetting agent. It is cost-effective process, can be used with... view more

LAPONITE® -SL 25 by BYK acts as rheology modifier based on synthetic phyllosilicate to increase viscosity in the low shear range with a low impact in the high shear range. It improves the... view more

OPTIGEL® -WA by BYK acts as a rheology modifier based on an activated phyllosilicate for aqueous systems. It improves processability and storage stability as it is highly effective at preventing... view more

OPTIGEL® -WX by BYK acts as a rheology modifier based on an activated phyllosilicate for aqueous systems. It generates thixotropic flow behavior. It improves processability and storage stability... view more

Hydrophilic bentonite. Acts as a gellant-thickening agent. It is inorganic and stable in diluted acids and bases. It can withstand oxidation or microbial degradation. It is is compatible with most... view more

RHEOBYK® -100 by BYK is an effective rheology modifier. It is used in epoxy and single-component, and silane-modified pre-polymer systems. It achieves a high stability with a simultaneously... view more

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

RHEOBYK® -430 by BYK is a rheology additive for improving the anti-sagging and anti-settling properties of solvent-borne adhesives and sealants. It exhibits pseudoplastic flow behavior. It... view more

RHEOBYK® -431 by BYK is rheology modifier for adhesives and sealants. It is solution of a high molecular weight, urea-modified, non-polar polyamide. It exhibits pseudoplastic flow behavior. It... view more