Micronized modified polypropylene wax. Offers very good matting. Provides homogeneous and reproducible surface structure effects. Possesses soft feel effect. Used for all types of solvent- and... view more

Micronized polypropylene wax. Provides homogeneous and reproducible texture effects. Used for all types of solvent- and water-borne coating systems applied on metal, wood and plastic substrates to... view more

Micronized polypropylene wax. Provides homogeneous and reproducible texture effects. Used for all types of solvent- and water-borne coating systems applied on metal, wood and plastic substrates to... view more

CERAFLOUR® 916 by BYK acts as a texturing agent. It is micronized modified HD polyethylene wax / polymer mixture. It provides medium to coarse surface texture. It is used for all types of solvent... view more

Micronized polyethylene wax. Acts as a scratch and abrasion resistance agent. Offers excellent shear stability. Possesses high melt viscosity at high baking temperatures. Can be added at the end of... view more

Micronized organic polymer. Provides improved scratch resistance and sandability. Exhibits improved metal marking resistance and gloss reduction. Offers good matting effect. Reduces penetration... view more

Micronized modified polyethylene wax. Acts as an abrasion & scratch resistant and surface slip control agent. Can be used in aqueous systems which contain a high proportion of organic co-solvents... view more

CERAFLOUR® 927 N by BYK is easy to use, modified HD polyethylene wax additive. It improves scratch resistance and abrasion resistance. It provides good matting due to the excellent orientation of... view more

Micronized modified polyethylene wax. Exhibits improved scratch and mar resistance. Offers improved abrasion resistance. Provides improved matting effect by very good orientation of the wax... view more

CERAFLOUR® 929 is a micronized modified polyethylene wax by Byk (Altana Group). Improves the scratch, mar and abrasion resistance. Possesses matting effect by excellent orientation of the wax... view more