BYK® -016 by BYK is a VOC- and silicone-free, polymer-based defoamer for underwater pelletizing of thermoplastics. It does not contain alkylphenol ethoxylates. It is listed in EINECS, TSCA, DSL... view more

BYK®-066 N by BYK is a silicone defoamer. It offers good balance between effectiveness and compatibility. It is a solution of foam-destroying polysiloxanes. It is a highly effective air release... view more

BYK®-067 A by BYK is an odorless, silicone defoamer and air release agent. It is used for ambient curing plastic systems. It is a solvent-free version of BYK®-066 N. This additive prevents foam and... view more

BYK®-070 by BYK is a defoamer/air release agent based on silicones and polymers for ambient curing acrylic systems. It is a solution of foam-destroying polymers and polysiloxanes. It prevents foam... view more

BYK®-088 by BYK is an aromatic-free, air release agent and defoamer based on silicones and polymers. It prevents foam and bubbles during the manufacture and application of ambient curing plastic... view more

BYK®-1160 by BYK is a wetting additive for PVC plastisols to reduce the viscosity in the low shear range. It is a mixture of non-ionic surfactants. It is particularly recommended for unfilled, low... view more

BYK®-1162 by BYK is a highly effective, plasticizer-free, dispersing medium for solid dispersions for use in PVC plastisols. It contains multi-functional deflocculating groups for wetting and... view more

BYK®-1163 by BYK is a wetting additive for PVC plastisols to reduce the viscosity at low shear forces. It is a mixture of non-ionic surfactants. It is particularly recommended for unfilled, low to... view more

BYK®-1164 by BYK is a wetting additive for PVC plastisols to reduce the viscosity at low shear forces. It is a mixture of non-ionic and anionic surfactants. It is particularly recommended for... view more

BYK®-1165 by BYK is a dispersing additive and viscosity depressant for highly filled PVC plastisols. It is a mixture of oligomeric hydrocarbons with wetting agents. This combination reduces... view more

BYK®-1166 by BYK is a wetting additive for PVC plastisols to reduce the viscosity in the low shear range. It is a mixture of non-ionic surfactants. It is particularly recommended for chemically... view more

BYK®-141 by BYK is silicone defoamer and air release agent. It is a solution of foam-destroying polysiloxanes. This additive prevents foam and bubbles during the manufacture and application of... view more

BYK® -141 SG by BYK is a silicone defoamer and air release agent. It prevents foam and bubbles during the manufacture and application of ambient curing plastic applications. Used in casting... view more

BYK®-220 S by BYK is a wetting and dispersing additive containing silicone for ambient-curing plastic systems to achieve pigment stabilization and to reduce flooding/floating. It improves the... view more

BYK® -220 SN by BYK acts as a wetting and dispersing agent for thermosets. It is a solution of a low molecular weight, unsaturated acidic polycarboxylic acid polyester with a polysiloxane... view more

BYK®-2616 by BYK is a low-emission additive for the removal of moisture in PVC plastisols and to accelerate ambient curing acrylate systems. It can remove large quantities of moisture in a very... view more

BYK®-306 by BYK is silicone-containing surface additive for ambient curing plastic systems with a strong reduction of surface tension. It improves the wetting of critical substrates, prevents... view more

BYK® -306 SG by BYK is a highly effective silicone-containing surface additive for ambient-curing plastic systems with a strong reduction of surface tension. It offers excellent substrate... view more

BYK®-310 by BYK is a silicone-containing surface additive for ambient curing plastic systems with a strong reduction in surface tension. This highly effective additive is thermostable up to 410 °F... view more

BYK® -310 SG by BYK is SVHC label-free, highly effective silicone-containing surface additive for ambient-curing epoxy-based resin systems. It provides a strong reduction of the surface tension... view more