Polyether modified dimethylpolysiloxane copolymer. Acts as a silicone based surface additive for solevnt-borne, aqueous, and UV-curable systems. Provides improved substrate wetting. Imparts... view more

Polyether modified dimethylpolysiloxane-copolymer. Acts as a silicone based surface additive for coatings. Provides better substrate wetting. Increases the surface slip. Improves leveling (long... view more

BYK® -333 by BYK is a polyether modified polydimethylsiloxane. Acts as a surface additive. Provides strong reduction of surface tension. Offers good substrate wetting and anti-crater performance... view more

BYK® -335 by BYK is a solution of a polyether-modified dimethylpolysiloxane. Acts as a silicone-based surface additive for coatings. Provides a medium reduction of surface tension. Prevents the... view more

Solution of a polyether modified dimethylpolysiloxane. Acts as a silicone based surface additive for coatings. Provides a medium reduction of surface tension. Prevents formation of Bénard cells... view more

BYK® -337 by BYK is a solution of a polyether modified polydimethylsiloxane. Used in coatings. Offers very high surface-activity. Provides improved surface slip. Exhibits improved substrate wetting... view more

BYK® -340 by BYK is a polymeric fluorosurfactant. Acts as an effective surface additive to improve leveling and substrate wetting. Improves the wetting of critical substrates. Provides a strong... view more

BYK® -3400 by BYK is a combination of interface-active substances. Exhibits good silicone-containing substrate wetting and no increase in the surface slip. Reduces the surface tension in aqueous... view more

Silicone-free, alcohol alkoxylates. Acts as a surface modifier for aqueous systems. Offers good stabilization. Provides tension rheology. Used for paper coatings applied by curtain coater (single... view more

BYK® -3441 by BYK is a solution of an acrylate copolymer. It is an acrylate leveling additive that reduces the surface tension improves substrate wetting, prevents cratering and pinholes. The... view more

BYK® -345 by BYK is a solvent-free, polyether modified dimethylpolysiloxane. Improves the substrate wetting of aqueous systems. Provides a strong reduction of surface tension. Exhibits very good... view more

BYK®-3450 by BYK is polyether-modified siloxane. It acts as a surfactant for aqueous printing inks, overprint varnishes, inkjet inks & aqueous coatings. It provides a significant reduction in... view more

BYK®-3451 By BYK is polyether-modified siloxane. It is a silicone surfactant for aqueous printing inks and overprint varnishes, inkjet inks & aqueous coatings. It provides a significant reduction in... view more

Polyether modified, fluorine-free polydimethylsiloxane. Improves substrate wetting, flow and leveling properties. Shows minimal foam stabilization. Provides high hydrolytic stability. Used in wood... view more

BYK®-346 by BYK is a standard silicone-based additive to improve the substrate wetting of aqueous systems. It is a solution of polyether-modified polysiloxane. It provides a strong reduction in... view more

Polyether modified polysiloxane. Acts as a silicone based surface additive to improve substrate wetting in aqueous systems. Provides a strong reduction of surface tension. Imparts very good... view more

Polyether modified siloxane. Acts as a silicone based surface additive to improve substrate wetting in aqueous systems. Provides a strong reduction of surface tension. Exhibits very good substrate... view more

BYK®-3480 by BYK is 100% silicone-based surfactant for aqueous systems. It improves substrate wetting by means of a strongly reduced surface tension in the liquid coatings. It shows excellent... view more

BYK®-3481 by BYK is 100% silicone-based surfactant for aqueous systems. It strongly reduces surface tension in liquid coatings and improves substrate wetting. It shows excellent defoaming properties... view more

BYK® -349 by BYK is a polyether-modified siloxane. Acts as a surface additive to improve substrate wetting in aqueous systems. Provides a strong reduction of surface tension. Exhibits very good... view more