BYK®-1630 by BYK acts as a defoamer. It is an APEO- & VOC-free (<1500 ppm), silicone containing, blend of paraffin-based mineral oils and hydrophobic components. It is recommended for sealants and... view more

BYK® -1710 by BYK is an emissions-free polymer-based defoamer for aqueous, low-emission adhesives and sealants. It is silicone-free and mineral oil-free and also very effective in alkyd emulsions... view more

BYK® -1740 by BYK is a biodegradable defoamer for aqueous filled emulsion adhesives with excellent defoaming effect. Can also be used as a defoamer in polymerization processes. It is a blend of... view more

BYK®-1795 by BYK is a silicone-free, blend of foam-destroying polymers. It is recommended for 100% 2-component polyurethane and epoxy systems. It displays very efficient defoaming in both macro and... view more

It is an alcohol alkoxylates. Acts as silicone-free surface additives. It reduces surface tension, improves substrate wetting and stabilizes the curtain. Used for aqueous adhesives and sealants. Its... view more

BYK®-3451 by BYK acts as a surfactant. It is polyether-modified siloxane which offers significant reduction in the surface tension of aqueous adhesive systems even at low dosage. It provides... view more

BYK®-3762 is polyether-modified polydimethylsiloxane by BYK. It is a surface additive which offers strong reduction in the surface tension. It is used to improve the substrate wetting of critical... view more

BYK®-3764 by BYK is polyether-modified polydimethylsiloxane-based surface additive. It offers moderate to high reduction in surface tension that provides excellent substrate wetting. It displays... view more

BYK®-3771 by BYK is solvent-free, polyether-modified, hydroxy-functional polydimethylsiloxane by BYK. It is a highly effective, surface additive that provides a strong reduction in surface tension... view more

BYK® -DYNWET 800 N by BYK is a silicone-free substrate wetting agent for all aqueous adhesives and sealants. Offers low foam stabilization. It reduces the dynamic surface tension and therefore... view more