CERAFLOUR® 994 by BYK is an ultra-fine micronized amide wax. Offers improved sandability, improved scratch resistance and reduced gloss. It enhances pigment wetting, degassing, and electronic... view more

Micronized PTFE modified polyethylene wax. Acts as an additive for improving mar, scratch and stain resistance of powder coatings. Offers improved slip and scratch resistance. Used in solvent-borne... view more

Micronized PTFE modified polyethylene wax. Offers improved surface slip properties and scratch resistance. Provides improved water repellency. Exhibits improved metal marking resistance and black... view more

Micronized PTFE modified polyethylene wax. Offers improved surface slip properties and scratch resistance. Provides improved water repellency. Exhibits improved metal marking resistance and black... view more

Organically modified montmorillonite. Shows high efficiency, increasing the viscosity, sag resistance and resistance to pigment agglomeration. Designed for use as a rheological control agent in... view more

Modified montmorillonite. Demonstrates high gelling efficiency. Offers high degree of sag control. Prevents hard settling of pigments and fillers. Used in high performance coatings and inks... view more

Modified montmorillonite. Demonstrates high gelling efficiency, reproducible viscosity and thixotropic development. Prevents hard settling of pigments and fillers. Used in high performance oil based... view more

CLAYTONE HY by BYK is a modified montmorillonite. Acts as a thixotropic rheology modifier and universal organoclay. It is designed to be used in aliphatic, aromatic and polar systems that... view more

Modified montmorillonite. Provides excellent suspension properties. Used in traffic paints, automotive underbody coatings and applications not requiring a fine grind... view more

GARAMITE® -1958 by BYK is a rheological additive for solvent-borne systems. Compared to fumed silica and organoclays, it provides improved sag (drainage) resistance, control of settling, metallic... view more

GARAMITE® -2578 by Byk (Altana Group) is a unique rheological additive developed for high solids and baking enamels. It is also suitable for use in high solids and thin film solvent based and 100%... view more

GARAMITE® -7303 by BYK is an organophilic phyllosilicates. Acts as a dispersing agent. It disperses very easily into oils or solvents with only moderate shear. Exhibits a very unique rheology... view more

GARAMITE® -7305 by BYK is an organophilic phyllosilicates-based rheology additive. Acts as a dispersing agent. It increases the storage stability and sag resistance. It disperses very easily into... view more

Hybrid organic-inorganic rheology modifier. Demonstrates high gelling efficiency, increased viscosity, and higher yield values while preventing pigment agglomeration and settling. Incorporates and... view more

RHEOBYK® -100 by BYK is a powdered rheology additive for non-polar to medium-polarity solvent-borne systems. It offers anti-sagging, levelling, and anti-settling behavior. It is suitable for many... view more

RHEOBYK® -7590 by BYK is a powdered rheology additive for non-polar solvent-borne systems and powder coatings. It improves the flow behavior during the baking process. It is suitable for... view more

Processed castor oil derivative. Acts as a rheology modifier. It exhibits enhanced flow & leveling during brake cycle, improved dry flow properties, good optical clarity and better organic pigment... view more

Organophilic smectite. Acts as a rheology modifier/thickener. It prevents sagging and settling in resin-based systems. It can can swell in organic media and build a gel structure. Used in trade... view more

Organophilic smectite. Acts as a rheology modifier/thickener. It exhibits excellent rheology and efficiency. Used in low and medium polarity solvent-based coating systems. The recommended dosage is... view more

TIXOGEL® MP 100 by BYK is organophilic smectite. Acts as a rheology modifier/thickener. It exhibits excellent rheology and ease of dispersion. It is very effective in building up low shear... view more