Combination of polyethylene and PTFE wax. Imparts excellent abrasion resistance, hardness and slip from the polyethylene component, along with lubricity as well as heat resistance provided by PTFE... view more

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

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

Micronized, modified fluorocarbon. Has been specially processed for easier dispersion, better gloss retention and faster particle mobility. Rub and slip properties, as well as the clarity of... view more

Modified fluorocarbon. Has been specially processed for easier dispersion, better gloss, and faster particle migration. Offers very good combination of film toughness (rub resistance) and lubricity... view more

Polysilk® 600 by Micro Powders is a blend of modified polyethylene and PTFE wax. It provides surface slip to impart a silky smooth surface feel with a high level of scratch and rub resistance... view more

Polysilk® 750 by Micro Powders is a blend of modified polyethylene wax. It provides surface slip adding smooth feel and lubricity. Offers abrasion-, scratch- and rub resistance as well as improved... view more

PropylMatte 31SA by Micro Powders is a finely micronized PTFE modified polypropylene wax. Provides consistent matting and gloss control with surface slip, abrasion and burnish resistance. It offers... view more

Propylfluo 824 by Micro Powders is a blend of polypropylene and PTFE wax. It offers gloss control, block resistance with slip and lubricity. It is an easy to disperse grade that can be incorporated... view more

Propylmatte 31 by Micro Powders is a tough, high molecular weight, micronized polypropylene wax. Imparts burnish, abrasion resistance and non-slip properties. It provides consistent gloss reduction... view more

Propylmatte 450 by Micro Powders is a tough, high molecular weight, finely micronized polypropylene for consistent matting and gloss control. It offers uniform gloss reduction with good clarity... view more

Propylmatte 500 by Micro Powders is a tough, high molecular weight, finely micronized polypropylene for consistent matting and gloss control. It offers uniform gloss reduction with good clarity... view more

Superslip 6515AL by Micro Powders acts as a PTFE alternative surface modifier. It is a highly engineered high density polyethylene (HDPE) and amide wax composite reinforced with 300 nm aluminum oxide... view more

Superslip 6530 by Micro Powders acts as a surface modifier based on a combination of high performance high density polyethylene (HDPE) and ethylene bisstearamide wax. It provides maximum lubricity with... view more

Synfluo 150 by Micro Powders is a modified fluorocarbon. Offers optimum slip, abrasion resistance and hardness. Synfluo 150 is used in coatings, flexographic, gravure, letterpress and offset inks as... view more

Synfluo 171VF by Micro Powders is a cost-effective, combination of micronized fischer-tropsch wax and PTFE. It provides lubricity, slip and anti-blocking properties. It offers abrasion-, scratch and... view more

Synfluo 178VF by Micro Powders is a high-performance combination of micronized synthetic wax and PTFE. It imparts a provides slip, scratch-, abrasion- and rub resistance. It provides lubrication and... view more

Synfluo 178XF by Micro Powders is a high-performance combination of micronized synthetic wax and PTFE. It imparts a provides slip, scratch-, abrasion- and rub resistance. It provides lubrication and... view more

Combination of micronized high molecular weight synthetic wax and PTFE. Imparts a combination of optimum abrasion resistance and hardness associated with synthetic wax along with the lubricity... view more

Combination of micronized high molecular weight synthetic wax and PTFE. Imparts a combination of optimum abrasion resistance and hardness associated with synthetic wax along with the lubricity... view more