High melt point, combination of crystalline polyethylene and PTFE wax. Has been formulated to impart the excellent mar and blocking resistance as well as hardness usually associated with... view more

Modified fluorocarbon. Has been developed to provide improved slip, excellent rub resistance and lubricity when added to printing inks, paints as well as surface coatings. Used in heat-set offset... view more

Modified fluorocarbon. Provides maximum slip and lubricity when added to printing inks, paints as well as surface coatings. At low levels, it imparts a high degree of lubricity along with excellent... view more

Modified modified fluorocarbon. Has been developed to provide maximum slip, excellent rub resistance and lubricity when added to printing inks, paints as well as surface coatings. Used in heat-set... view more

Combination of polyethylene and PTFE wax. Provides a combination of optimum rub resistance and hardness usually associated with polyethylene, along with the lubricity (slip) provided by PTFE. Is a... view more

Spherical, micronized, non-polar polyethylene wax. Acts as a rub and scratch resistant, dispersing and anti-blocking agent. Shows very good dispersion properties and compatibility. It is easy to... view more

CERETAN® ME 0825 WD by Munzing is a surface-modified, micronized, spherical polyethylene wax. Acts as a matting and antiblocking agent. Exhibits easy dispersibility and compatibility. Offers very... view more

Micronized polytetrafluoroethylene (PTFE). Acts as an abrasion resistant. Shows excellent temperature stability and solvent resistance. It offers maximum, constant and narrow particle size... view more

Micronized polypropylene wax, coated with PTFE. Acts as a scratch resistant, anti blocking agent, slip control agent, water repellent and matting agent. Provides maximum particle size, very narrow... view more

Spherical, micronized fischer tropsch wax. Acts as a scratch resistance agent. It is extremely fine, hydrophobizing and especially suited for thin layers. It is easy to disperse due to spherical... view more