Microspersion® 114 by Micr Powders is a synthetic wax. It is an economical wax dispersion that has been formulated to provide scratch resistance, anti-blocking and lubricity when incorporated into... view more

Microspersion® 1213 UVW by Micro Powders is an anionic dispersion of modified polypropylene wax, densified with silica. It is a convenient, ready-to-use, pourable anionic acrylic-stabilized wax... view more

Microspersion® 1406 by Micro Powders is an aqueous non-ionic sub-micron PTFE dispersion. Provides enhanced lubricity, gloss retention, abrasion resistance, and temperature resistance. Its higher... view more

Microspersion® 19 by Micro Powders is a convenient, ready-to-use, synergistic blend of waxes including polyethylene, PTFE and amide. It is an anionic water-based pourable acrylic-stabilized wax... view more

Microspersion® 190-50 by Micro Powders is a non-ionic water-based dispersion of a unique, high-performance composite of low-density polyethylene and PTFE wax. It is convenient, ready-to-use... view more

Microspersion® 22AQ-50 by Micro Powders is a high-density polyolefin wax. The extra-fine particle size is carefully controlled to provide a uniform matte effect. It uses a unique polyolefin to... view more

Microspersion® 250-50 by Micro Powders is a hard, high-density modified polyethylene blend for aqueous systems. It is a convenient, ready-to-use, pourable, non-ionic water-based dispersion It offers... view more

Microspersion® 31AQ by Micro Powders is a high density polyolefin wax. The extra-fine particle size is carefully controlled to provide a uniform matte effect in waterborne printing inks, paints and... view more

Microspersion® 31HD-40 by Micro Powders is a convenient, ready-to-use, pourable nonionic wax dispersion of finely micronized densified polypropylene for consistent matting and gloss control with... view more

Microspersion® 501 by Micro Powders is an aqueous dispersion of a finely micronized blend of polyethylene and PTFE polymers combined with emulsified waxes. It has been formulated to provide a combination of... view more

Microspersion® 523 by Micro Powders is non-ionic wax dispersion. Provides a combination of optimum rub resistance and hardness usually associated with polyethylene, along with the lubricity (slip)... view more

Microspersion® 526E is an anionic modified polyethylene wax emulsion formulated to 25% wax solids to impart slip and abrasion resistance. This modified polyethylene provides optimum surface... view more

Polyethylene wax. Has been formulated into an aqueous wax dispersion at 50% wax solids. Provides optimum rub resistance, antiblocking and slip properties when incorporated into aqueous printing... view more

Polyethylene wax. Has been formulated into an aqueous wax dispersion at 50% wax solids. Provides optimum rub resistance, antiblocking and slip properties when incorporated into aqueous printing... view more

Microspersion® 620-50 by Micro Powders is a high density micronized polyethylene wax which has been formulated into a resin free aqueous wax dispersion at 50% wax solids. It has been formulated to... view more

Polyethylene wax. Has been formulated into an aqueous wax dispersion at 50% wax solids. Provides optimum rub resistance, antiblocking and slip properties when incorporated into aqueous printing... view more

Specialized micronized wax dispersion. No dispersants have been used in order to provide a trouble free, pourable wax dispersion. Incorporates a unique combination of wax polymers in order to... view more

Microspersion® 91E is a non-ionic waterborne emulsion of a high melting point polypropylene copolymer. Imparts non-slip characteristics. It has a melting point of 157°C and a penetration hardness of... view more

Dispersion of finely micronized polyethylene and emulsified waxes. Has been formulated to provide a combination of optimum rub resistance and hardness associated with micronized polyethylene, along... view more

Microspersion® EZ by Micro Powders is an advanced wetting and dispersing agent for waterborne systems based on proprietary surfactant technology... view more