BYK® -AQUAGEL 7100 by BYK is a rheology modifier based on natural, highly purified, delaminated phyllosilicate that generates thixotropic flow behavior. It is suitable for improving sag resistance... 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

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® -7502 by BYK is a 100% emission-free, 100% micronized, effective rheology additive in powder form for use in single component, silane-modified prepolymer systems and epoxy systems. It is... view more

RHEOBYK® -7503 by BYK is a 100% emission-free, micronized, highly effective rheology additive in powder form. It is used in single component, silane-modified prepolymer systems and epoxy systems... view more

RHEOBYK® -7590 by BYK is an effective rheology additive for use in epoxy and single-component, silane-modified pre-polymer adhesive and sealant systems. It achieves a high stability with a... view more