CERETAN® MXF 10215 by Munzing is a spherical, micronized polyethylene wax, coated with polytetrafluoroethylene. It exhibits a high melting point, hardness, anti-blocking, hot-blocking, semi-gloss... view more

CERETAN® MXF 10325 by Munzing is a spherical, micronized polyethylene wax coated with polytetrafluoroethylene. It exhibits high melting point, matting, hardness, anti-blocking, hot-blocking... view more

CERETAN® MXF 10425 by Munzing is a spherical, micronized polyethylene wax, coated with polytetrafluoroethylene. It exhibits a high melting point, hardness, anti-blocking, hot-blocking, semi-gloss... view more

Spherical, micronized functional blend, coated with PTFE. Acts as a scratch and abrasion resistant as well as lubricant. Provides controlled textures, improved heat resistance and solvent... view more

CERETAN® MXF 9510 D by Munzing is a spherical, micronized functional blend, coated with PTFE. Acts as a scratch and abrasion resistant as well as gloss control agent. It delivers very narrow... view more

Spherical, micronized polyolefin wax, coated with PTFE. Acts as a scratch and abrasion resistant as well as gloss control agent. Delivers maximum particle size, very narrow particle size... view more

Spherical, micronized functional blend, coated with PTFE. Acts as a scratch and abrasion resistant as well as lubricant. Provides controlled textures, improved heat resistance and solvent... view more

CERETAN® MXS 3615 by Munzing is a spherical, micronized carnauba wax, coated with silica. It offers narrow and uniform particle size distribution. It exhibits anti-blocking, matting, slips and... view more

Spherical, micronized functional blend, coated with silica. Acts as a scratch resistant, matting agent as well as slip control agent. Possesses high transparency, stain and chemical resistance e.g... view more

Nonpolar polypropylene wax. Acts as a matting agent, dispersing agent abrasion resistant and lubricant. Shows low viscosity. It is easy to disperse and incorporate. Used in printing inks (offset)... view more

CERETAN® XT 23099 by Munzing is a texturing agent. It is a micronized, high molecular weight, polyolefin wax. In wood coatings, it offers organic haptic impression, matting, increased scratch &... view more

CERETAN® XT 23199 by Munzing is a texturing agent for plastic- & metal coatings. It is a spherical micronized polyamide. This grade displays dead matt properties and influences haptics, range from... view more

CERETAN® XT 23299 by Munzing is a texturing agent. It is a micronized, high molecular weight, polyolefin wax. In wood coatings, it offers organic haptic impression, matting, increased scratch &... view more

CERETAN® XT 23399 by Munzing is a texturing agent for plastic- & metal coatings. It is a spherical micronized polyamide. This grade displays dead matt properties and influences haptics, range from... view more

CERETAN® XT 23499 by Munzing is a texturing agent. It is a micronized, high molecular weight, polyolefin wax. In wood coatings, it offers organic haptic impression, matting, increased scratch &... view more

CERETAN® XT 23599 E by Munzing is a texturing additive for plastic- & metal coatings. It is a micronized biopolymer-based wax. In wood coatings, it offers organic haptic impression, matting... view more

CERETAN® XT 23699 E by Munzing is a texturing additive. This grade displays dead matt properties and influences haptics, range from soft to rough touch in coil coatings. In wood coatings, it offers... view more

CERETAN® XT 23799 E by Munzing is a texturing additive for plastic- & metal coatings. It is a micronized biopolymer-based wax. In wood coatings, it offers organic haptic impression, matting... view more

METOLAT® P 530 by Munzing is an anionic sulfonated naphthaline. Acts as a dispersing agent for carbon black & protective colloid in aqueous dispersions and emulsions. It is compatible with most... view more

METOLAT® P 588 by Munzing is a blend of polyglycol ester with a non-ionic inorganic carrier. Acts as an APEO free wetting agent. Used in powder paints. Prevents rub-out effects and efflorescence... view more