Micronized synthetic paraffin wax, long chain with relatively short side chains. Exhibits low surface tension, exceptional surface slip and smoothness, rub resistance, gloss as well as scuff... view more

Ultrafine™ 1000 A by Lawter is a finely micronized polyethylene wax powder. Offers maximum rub and mar resistance, block resistance, slip as well as re-coatability. Has narrow particle size... view more

Ultrafine™ 1W A by Lawter is a micronized ultrafine polytetrafluoroethylene (PTFE) powder. Offers COF reduction, enhanced slip and lubricity. Exhibits excellent heat-, mar and scuff resistance... view more

Micronized polytetrafluoroethylene wax. Is designed for lubricity, abrasion as well as heat resistance and may be used in combination with other waxes for the most effective balance of cost and... view more

Ultrafine™ 1WLS A by Lawter is a micronized ultrafine polytetrafluoroethylene (PTFE) powder. Possesses slightly broader particle size distribution. Offers COF reduction, enhanced slip, lubricity... view more

Dispersion of finely micronized PTFE wax. Has been formulated to be used in aqueous systems where excellent heat resistance, gloss and slip are required. Used in water based flexographic, gravure... view more

Polyblend 100XF by Micro Powders is a blend of high density polyethylene and PTFE wax. Imparts excellent rub resistance and hardness usually associated with polyethylene, along with the lubricity (slip)... view more

Polyblend 200XF by Micro Powders is a blend of high-density polyethylene and PTFE. It acts as an abrasion resistance agent. It possesses extra fine particle size and high molecular weight. Offers... 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