AQUACER® 8063 by BYK provides improved abrasion resistance, slip & block resistance. It offers improved surface properties & scratch resistance in aqueous coatings. It is nonionic emulsion based on... view more

AQUACER® 8075 by BYK improves scratch, rub resistance and increases surface slip. It is recommended for improved surface properties of water-borne printing ink formulations. AQUACER® 8075 is an... view more

AQUACER® 8086 by BYK provides improved scratch resistance, surface slip and block resistance. It can increase the abrasion resistance. It offers improved surface properties for aqueous coatings and... view more

AQUACER® 8335 by BYK offers improved water repellency, anti-blocking and increased surface slip. It is a paraf?n-based wax emulsion for coatings & printing inks. AQUACER® 8335 is recommended for... view more

AQUACER® 8517 by BYK can increase surface slip, scratch resistance, abrasion resistance and provides a soft feel effect. It has a hydrophobic effect and improved anti-blocking. It is non-ionic... view more

Micronized modified polyethylene wax / polymer mixture. Acts as an additive for improving the surface properties of the water borne paint systems and printing inks. Offers good slip and gloss... view more

Oxidized, high density polyethylene wax dispersion. Offers improved gloss reduction. Provides improved rub-, scratch- and black heel resistance. Possesses soft feel effect. Exhibits improved anti... view more

AQUAMAT® 272 by BYK is a dispersion of modified polyethylene wax for aqueous coatings. Acts as a matting agent. Provides improved surface protection. Recommended for use in architectural-, wood &... view more

Silicone- and mineral-oil free polymeric defoamer for aqueous systems. Prevents foam during production and application. Shows optimum efficiency at low dosage. Offers resistance to acid and alkaline... view more

Very effective silicone- and mineral oil free, polymeric defoamer for aqueous systems. Exhibits no negative influence on the printing behavior. Does not cause any defects in the typography. Used in... view more

BYK® -018 by BYK is a VOC-free, silicone-based defoamer. It offers high shear forces and highly effective against microfoam. It is used in exterior wall paints, plastic coatings, wood/parquet... view more

Solution of a polyether modified polydimethylsiloxane. Acts as a silicone based defoamer for aqueous systems. Offers very good long term stability. Provides high shear forces. Also effective for... view more

Mixture of hydrophobic solids and foam destroying polysiloxanes in polyglycol. Acts as a silicone based, highly effective defoamer for aqueous systems. Offers very good long term stability. Provides... view more

BYK® -022 by BYK is a mixture of hydrophobic solids and foam destroying polysiloxanes in polyglycol. Acts as a silicone based defoamer for aqueous systems. Offers very good long term stability... view more

Emulsion of hydrophobic solids, emulsifiers and foam destroying polysiloxanes. Acts as a silicone based defoamer for aqueous systems. Offers strong defoaming activity. Provides good compatibility... view more

BYK® -024 by BYK is a mixture of foam-destroying polysiloxanes and hydrophobic solids in polyglycol. It functions as a defoamer for aqueous systems. Offers very good long term stability. Provides... view more

BYK® -028 by BYK is a mixture of hydrophobic solids and foam destroying polysiloxanes in polyglycol. Acts as a standard defoamer for aqueous systems. Exhibits easy incorporation. Suitable for... view more

BYK® -034 by BYK acts as a standard defoamer for aqueous systems. It is a mixture of paraffin-based mineral oil and hydrophobic components, containing silicone. It contains a small amount of a paint... view more

Emulsion of hydrophobic particles and polysiloxanes. Acts as a silicone based defoamer for aqueous systems. Especially recommended for coating colors based on styrene acrylates. Used for mill-bases... view more

Solution of foam destroying polymers, silicone-free. Acts as a silicone-free, good compatible, defoamer for solvent-borne and solvent-free systems. Exhibits optimal efficiency in polar systems. Also... view more