Polyolefin surface modifier. Highly efficient wax. Improves surface properties such as slip or mar resistance while providing matting. Offers uniform matte finishes in semigloss powder coatings... view more

Lanco™ 1900 MF is a non-hazing surface modifier by Lubrizol. It is a micronized combination of proprietary polymers. Designed for powder coatings where loss of gloss or formation of haze cannot be... view more

Lanco™ A 1602 by Lubrizol is a micronized amorphous amide wax. Exhibits improved color stability due to an especially low amine value. Compatible with alkyds, nitrocellulose, 2K polyurethanes and... view more

Lanco™ Flow P 30 by Lubrizol is a modified castor oil wax. Used for powder coatings. Improves flow and levelling. Supports degassing. Offers minimal influence on gloss and wide compatibility... view more

Lanco™ Flow U by Lubrizol is a post-addable acrylic polymer. Acts as an effective flow and leveling agent. It eliminates surface defects such as craters, pinholes and orange peel and improves... view more

Acrylic polymer. Acts as an effective flow and leveling agent. Provides good compatibility. Eliminates surface defects such as craters, pinholes and orange peel. Improves pigment wetting. Maintains... view more

Lanco™ PE 1500 F by Lubrizol is a micronized, hard polyethylene wax. Possesses homogeneous particle size distribution which makes it readily dispersible. Provides scratch-, abrasion-, polishing... view more

Modified polyethylene wax. Improves scratch and metal mark resistance. Possesses homogeneous particle size distribution. Reduces coefficient of friction. Offers gloss control for a matte or satin... view more

Micronized polypropylene-modified polyethylene wax. Halogen-free readily dispersible, tough wax with a high melting point. Provides very good abrasion resistance and very good resistance to... view more

Micronized and classified amide-modified synthetic wax. Provides improved surface slip and hardness in coating films. Offers improved antiblocking properties, and improved scratch resistance... view more

Micronized synthetic wax. Designed to improve the surface properties of solvent-borne and 100% solids coatings. Offers increased scratch resistance and slip. Provides uniform matting. Exhibits easy... view more

Lanco™ Stat 308 by Lubrizol is a conductivity promoter and antistatic agent with improved flow. Designed for powder coatings. It improves the application coverage and film build rates by minimizing... view more

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

Lanco™ TF 1830 N by Lubrizol is a micronized, stable combination of PTFE and polyethylene wax for fine surface texturing in powder coatings. It provides excellent scratch & abrasion resistance and... view more

Micronized PTFE-modified polyethylene wax. Used in can & coil coatings, powder coatings, industrial coatings and wood finishes. Provides good slip and abrasion resistance. Enhances scratch... view more

Micronized polytetrafluoroethylene (PTFE). Highly efficient, stable PTFE based additive used to produce a highly abrasion resistant, uniform surface texture in powder coatings at low addition rates... view more

Lanco™ A 1601 by Lubrizol is a micronized, amorphous amide wax with a homogeneous particle size distribution. Offers very good sandability and good gloss control. Improves surface slip and provides... view more

Micronized and classified amide wax. Possesses homogeneous particle size distribution, due to which it offers good sandability and matting in wood coatings. Provides very good release in can... view more

Acrylic polymer. Acts as an efficient additive for improving the flow and surface properties of powder coatings. Eliminates craters, pinholes and fisheyes. Reduces orange peel. Improves substrate... view more

Easy-to-handle, polyethylene wax dispersion. Offers increased antiblocking properties. Gives very good scratch resistance and improved hardness. Exhibits less influence on haze, gloss and... view more