Solsperse™ 32000 is a high gloss, 100% active polymeric dispersant by Lubrizol. Improves pigment dispersion and stability. Exhibits high strength, increased pigment concentration, improved pigment... view more

Solsperse™ 36000 by Lubrizol is a polymeric dispersant designed to improve pigment dispersion and stability of titanium dioxide in UV cured coatings. It is 100% active and offers increased pigment... view more

Solsperse™ 39000 by Lubrizol is a 100% active polymeric dispersant. Improves the pigment dispersion and stability in UV cured coatings. Offers increased pigment concentration. Provides improved... view more

Solsperse™ 41000 by Lubrizol is a 100% active polymeric dispersant with effective rheology control. Improves the pigment dispersion and stability. Offers effective rheology control, silica matting... view more

100% Active polymeric dispersant. Offers increased pigment & matting agent concentration. Provides improved pigment wetting. Exhibits higher gloss and strength with organic pigments. Possesses... view more

Solsperse™ 75000 by Lubrizol is a 100% active polymeric dispersant which will improve pigment dispersion and stability in UV-cured inks and coatings. It offers increased pigment concentration... view more

Solsperse™ 85000 by Lubrizol is a 100 % active polymeric dispersant for dispersion, wetting and stability of titanium dioxide and other inorganic particles in UV-curable coatings and inks. It is... view more

Solsperse™ 86000 by Lubrizol is a 100% active polymeric dispersant which improves pigment dispersion, wetting, flow and stability in UV-curable coatings and inks. It is suitable for organic and... view more

Solsperse™ 87000 by Lubrizol is a 100% active, low viscosity, polymeric dispersant improving dispersion and stability in solvent-free and UV radiation-cure inks and coatings. It is also suitable for... view more

100% active cross-linkable dispersant. Offers very good pigment wetting and improved tinctorial properties. Provides increased hardness. Improves stability in UV coatings. Used for applications in... view more

Designed to provide good matting as well as good rub resistance and slip for energy curing systems. Used mainly for energy curable inks and coatings... view more

Modified synthetic wax, micronized and classified. Used in wood coatings. Offers improved slip, scratch and metal mark resistance. Exhibits easy dispersibility and anti-blocking properties... view more

Micronized polytetrafluoroethylene (PTFE). Provides an extremely high and consistent level of slip and abrasion resistance. Offers high-temperature stability and good scratch resistance. Exhibits... view more

Lanco™ Glidd 6546 by Lubrizol is a high solid aqueous wax dispersion. It is designed for use in water-based coatings with high efficiency. It provides good scratch and abrasion resistance. It is... view more

Micronized PTFE-modified synthetic wax. Provides increased slip, scratch and abrasion resistance. Offers increased metal-marking resistance. Used for matte plastic coatings, powder coatings, coil... view more

Lanco™ TF 1720 by Lubrizol is a micronized & classified polytetrafluoroethylene modified polyethylene wax. It offers increased scratch resistance and slip in solvent-based coatings. It does not tend... view more

Micronized, PTFE-modified polyethylene wax. Offers very good surface smoothness through the combination of pure PTFE and hard polyethylene wax. Provides high scratch resistance and good metal... view more

Micronized, PTFE-modified polyethylene wax. Offers very good surface smoothness. Provides high scratch resistance and hardness. Possesses good metal marking-, abrasion- and mar resistance. Reduces... view more

Micronized, PTFE-modified polyethylene wax. Offers very good slip through lowering of coefficient of friction. Provides good scratch and abrasion resistance, due to hardness of wax combination... view more

Lanco™ TF 1770 by Lubrizol is a micronized & classified polytetrafluoroethylene-modified polyethylene wax. It offers increased scratch- & abrasion resistance. It does not tend to agglomeration and... view more