Fine grind, micronized PE/PTFE blend. Deigned to promote rub resistance in coatings and printing inks. Offers very good rub and slip characteristics. Shows effectivenes on uncoated and abrasive... view more

PowderAdd™ 9016 by Lubrizol is a polyethylene wax. It acts as a processing aid during powder production. It improves scratch resistance and provides excellent slip. PowderAdd™ 9016 is designed for... view more

PowderAdd™ 9083 is a highly efficient, PTFE-modified micronized polyethylene wax by Lubrizol. Acts as a surface modifier designed for powder coatings. Exhibits uniform surface texture and matted... view more

PowderAdd™ 9084 by Lubrizol is a highly efficient, stable, micronized PTFE-modified polyethylene wax. It provides uniform fine surface texture, excellent matting effect and enhanced scratch &... view more

PowderAdd™ G 130 by Lubrizol is an inorganic surface treated silica gel. It is a special surface modifier and can be used to improve the fluidization and storage stability. It acts as an excellent... view more

Active polymeric dispersant. Offers improved processing and product quality. Possesses reduced pigment costs. Provides increased productivity... view more

SOLPLUS™ L400 by Lubrizol is an active polymeric dispersant. Provides improved- gloss, levelling/flow, final film quality, opacity. Suitable for use in dispersion of titanium dioxide in powder... view more

Solsperse® 12000S by Lubrizol is a 100 % active pigmentary synergist. Acts as a hyperdispersant used in conjuction with a SOLSPERSE polymeric dispersant to improve pigment dispersion and stability... view more

Solsperse™ 22000 by Lubrizol is a 100% active pigmentary synergist. It can be used in conjuction with a SOLSPERSE polymeric dispersant to improve pigment dispersion and stability. Offers increased... view more

Solsperse™ 24000 SC/GR by Lubrizol is a 100% active polymeric dispersant. Offers improved flocculation, flood and float resistance. Possesses production savings/high pigment content in the millbase... view more

Solsperse™ 24000 SCP by Lubrizol is a 100% active polymeric dispersant which improves pigment dispersion and stability in liquid organic media. It is used in solvent-based automotive paints and... view more

100% active polymeric dispersant. Improves pigment dispersion and stability in liquid organic media. Offers improved rheological characteristics and increased pigment concentration. Provides... view more

Solsperse® 5000S by Lubrizol is an 100 % active pigmentary synergist. It is used in conjuction with SOLSPERSE polymeric dispersant to improve pigment dispersion and stability in liquid organic... view more

Solthix™ T21500 by Lubrizol is a powdered synthetic thickener based on polyacrylic acid. It is recommended for aqueous systems. It is an un-neutralized grade, and requires addition of ammonium... view more

Solthix™ T21600 by Lubrizol is a powdered synthetic thickener based on polyacrylic acid. It is recommended for aqueous systems. Solthix™ T21600 is designed for use in paints & coatings and printing... view more

Solthix™ T22300 by Lubrizol is a primary oil-in-water, polyemeric emulsifier. It can emulsify up to 50% oil by weight. It is an emulsion former. It can enable formulation of permanent emulsions at... view more

Solthix™ T23500 by Lubrizol is a powdered synthetic thickener based on polyacrylic acid. It is recommended for aqueous systems. It offers easy wetting behavior and flexibility in formulation for... view more

Solthix™ T23510 by Lubrizol is a powdered synthetic thickener based on polyacrylic acid. It is recommended for aqueous systems. It offers easy wetting behavior and flexibility in formulation for... view more

Solthix™ T23900 by Lubrizol is a powdered synthetic thickener based on polyacrylic acid. It is recommended for aqueous systems. It shows high viscosity and high yield stress. It offers easy wetting... view more

Solthix™ T23910 by Lubrizol is a powdered synthetic thickener based on polyacrylic acid. It is recommended for aqueous systems. It offers easy wetting behavior and flexibility in formulation for... view more