BYK® -373 by BYK is an anti-blocking, wetting, flow and leveling agent. It is a solution of polyether modified hydroxy functional poly-dimethyl-siloxane. Acts as a reactive silicone surface... view more

Solution of polyether-polyester modified hydroxy functional poly-dimethyl-siloxane. Acts as a reactive silicone surface additive. Offers improved slip, solvent and weather resistance. Exhibits... view more

BYK®-3770 by BYK is a solution of polyester-modified, hydroxy-functional polydimethylsiloxane. It is a surface additive for solventborne coating systems and UP gel coats. It provides reduced surface... view more

Polyacrylate, adsorbed on silicon dioxide. Acts as a standard anti-crater and leveling additive for powder coatings with improved anti-crater effect and improved tolerance against impurities... view more

Polyacrylate, adsorbed on silicon dioxide. Acts as a new innovative leveling additive for powder coatings. Improves leveling and gloss in powder coatings, due to its very good dispersibility... view more

Polyacrylate, adsorbed on silicon dioxide. Acts as a very effective anti-crater additive. Enhances the effectiveness of standard additives. Prevents surface craters, fish eyes and pinholes due to... view more

Mixture of interactive polymers adsorbed on silicium dioxide. Acts as a special leveling additive with surface protective properties for powder coatings. Offers improved leveling and anti-crater... view more

Modified polyacrylate, adsorbed on silicon dioxide. Contrary to the standard leveling additives, it has a multifunctional performance profile. It does not only ensure good leveling and anti-crater... view more

Solution of polyacrylate copolymer. Acts as a silicone-free acrylic release agent with good leveling properties. Offers improved leveling and gloss. Provide very good release properties at the paint... view more

Silicone- and fluorine-free, polymeric leveling additive. Possesses excellent flow, improved substrate wetting properties, slight anti cratering effect and very good recoatability. Exhibits... view more

BYK® -4511 by BYK is a solution of a copolymer with functional groups. Acts as an adhesion promoter. Can be used to increase the adhesion on various metal substrates (e.g. steel, galvanized steel... view more

BYK® -4513 by BYK is a solution of a polymer with functional groups. Acts as an adhesion promoter for 2K aqueous epoxy systems. It increases the wet and dry adhesion and mechanical resilience, and... view more

Alkyl ammonium salt of a high molecular weight copolymer. Acts as a wetting and dispersing additive for solvent-free systems and pigment concentrates. Significantly reduces viscosity and leads to... view more

High molecular weight copolymer with pigment affinic groups. Acts as a wetting and dispersing additive for solvent-free systems and pigment concentrates. Reduces viscosity and leads to more... view more

Silicone-free solution of foam destroying polymers. Used in industrial, protective, wood and furniture and can/coil coatings. Prevents foam formation. Offers spontaneous defoaming properties... view more

Silicone containing solution of foam destroying polymers. Acts as a very good silicone based polymeric defoamer for solvent-borne and solvent-free coatings, and also as an air release agent. Shows... view more

BYK® -A 535 by BYK is a silicon-free solution of foam-destroying polymers. Acts as an anti-foaming agent. It prevents air bubbles and pinholes. Suitable for use in solvent-borne and solvent-free... view more

BYK® -R 607 by BYK is a solution of amine functional oligoamides. Acts as rheology additive for solvent-free and solvent-borne systems in conjunction with hydrophilic fumed silica and clay... view more

Solution of a OH-functional silicone modified polyacrylate. Acts as a surface additive to improve ease of surface cleaning in solvent-based coatings and topcoats. Reduces dirt adhesion. Improves... view more

BYK® -SILCLEAN 3701 by BYK is epoxy-functional polydimethylsiloxane. Acts as a silicone-containing surface additive for epoxy resin systems. Permanent effect as a result of cross-linking in the... view more