Modified polyethylene wax dispersion. Possesses improved surface hardness, higher abrasion resistance, better scratch resistance and matting properties. Used in architectural coatings, industrial... view more

AQUAMAT® 208 by BYK is a VOC-free, matting wax dispersion based on oxidized HDPE for aqueous coatings to improve surface properties. It is used in architectural-, wood & furniture coatings and... 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

BYK® -081 by BYK is a non-aqueous emulsion of a polysiloxane. Is a fluorine-free defoamer for solvent-borne, water reducible and amine-neutralized systems. It is a highly effective and spontaneous... view more

BYK®-092 by BYK is a VOC-free, silicone-containing, highly effective defoamer for aqueous paints, clear coats and high gloss systems. Due to its balanced incompatibility, it does not affect... view more

Polyether-modified polydimethylsiloxane with hydrophobic solids. Acts as a defoamer. It is highly effective in aqueous systems, in particular in thick layer systems. It is extremely good at removing... view more

BYK® -1781 by BYK is a solvent-free, polyether-modified polymethylalkylsiloxane with hydrophobic particles. Acts as an excellent defoaming agent for aqueous UV systems. Offers outstanding protection... view more

Carnauba wax dispersion. Derived from palm tree leaves. Provides enhanced scratch resistance. Offers improved metal marking resistance. Possesses improved surface slip and leveling properties. Used... view more

CERACOL® 604 by BYK acts as a scratch resistance agent. It is a carnauba wax dispersion derived from palm tree leaves. It provides enhanced scratch resistance. It offers improved surface slip... view more

PTFE modified polyethylene wax dispersion. Provides improved surface hardness and surface slip. Possesses low in can drying tendency. Exhibits no negative influence on leveling and gloss. Imparts no... view more

Dispersion of wax modified lanoline. Provides enhanced scratch resistance and improved surface slip. Used for solvent-borne can coating formulations... view more

Carnauba wax dispersion. Derived from palm tree leaves. Offers enhanced scratch resistance and improved surface slip. Used in solvent-borne can coatings. Approved by FDA under FDA § 175.105... view more

Dispersion of an EVA wax (ethylene vinylacetate copolymer). Offers improved orientation of effect pigments (aluminum, mica, etc.). Reduces short wave defects (mottling, Bénard cells). Exhibits... view more

Ethylene acrylic acid (EAA) copolymer wax dispersion. Improves the orientation of effect pigments (aluminum, mica, etc.). Offers enhanced flip-flop effect. Reduces minimized short wave defects... view more

Ethylene vinyl acetate (EVA) copolymer wax dispersion. Improves the orientation of effect pigments (aluminum, mica, etc.). Offers enhanced flip-flop effect. Reduces minimized short wave defects... view more

Ethylene vinyl acetate (EVA) copolymer wax dispersion. Improves the orientation of effect pigments (aluminum, mica, etc.). Offers enhanced flip-flop effect. Reduces minimized short wave defects... view more

Polyethylene wax dispersion. Provides improved orientation of the effect pigments. Reduces sedimentation tendency during storage. Exhibits easy incorporation without seeding, and easy incorporation... view more

Fischer Tropsch wax dispersion. Provides improved water repellence properties. Offers improved anti-blocking, and surface slip properties. Used for solvent-borne decorative, industrial, and can... view more

Carnauba wax dispersion. Derived from palm tree leaves. Provides improved surface slip properties. Offers improved scratch resistance. Used in solvent-borne can coating formulations. Approved under... view more