AQUACER® 1013 by BYK is a VOC-free, non-ionic, oxidized HDPE-based wax emulsion. Offers resistance to scrub, scuff, scratch, water, alcohol & black heel. Exhibits improved surface protection, good... view more

AQUACER® 1039 by BYK is a non-ionic emulsion of modified paraffin wax. Improves antiblocking, hydrophobic effect, surface characteristics like surface slip, scratch- and scrub resistance. AQUACER®... view more

AQUACER® 1075 by BYK is an APEO-free, abrasion resistance agent. It is non-ionic emulsion of HD polyethylene wax. It improves the surface properties and reduces the coefficient of friction. AQUACER®... view more

Non-ionic emulsion based on a modified polyethylene wax. Provides improved slip, lowered dusting/abrasion, and hot starch compatibility for paper converting applications. Offers improved slip... view more

Non ionic aqueous emulsion based on paraffin wax. Offers improved water repellency, slip and anti blocking properties. Used in aqueous decorative paint systems and printing inks. Approved by FDA... view more

Nonionic emulsion based on a polyethylene wax. Offers improved sractch resistance. Suitably used for water-borne coatings and printing inks... view more

Anionic emulsion of an oxidized HD polyethylene wax. Offers improved flip-flop effect. Imparts enhanced hardness and slip. Improves the D.O.I. of clear coats. Reduces short wave defects (mottling... view more

AQUACER® 513 by BYK is a VOC-free, non-ionic aqueous emulsion of an oxidized polyethylene wax (HDPE). It shows improved black heel marking resistance in parquet lacquers. It provides improved... view more

AQUACER® 527 by BYK is a non-ionic aqueous emulsion of a modified EVA copolymer wax. It improves surface characteristics, orientation of effect pigments (aluminium, mica) in aqueous coating systems... view more

AQUACER® 531 by BYK is a non-ionic emulsion based on a modified polyethylene wax. Offers improved slip and scratch resistance. Exhibits improved rub resistance and anti-blocking properties. AQUACER®... view more

AQUACER® 593 by BYK is a non-ionic aqueous emulsion of a modified polypropylene wax. It offers improved anti-slip properties and reduces the water penetration. It improves printing ink setoff... view more

AQUACER® 8026 by BYK offers improved surface properties of aqueous coating systems and printing inks. AQUACER® 8026 provides increased slip, abrasion resistance (anti-scuff), mar resistance, offset... view more

AQUACER® 8030 by BYK provides increased abrasion resistance in printing inks, improved surface slip and block resistance. It offers improved scratch resistance in aqueous coatings. It is an... 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

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

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

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