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

Lanco™ 1560 LF by Lubrizol is a micronized hard polyolefin. It is recommended for waterborne coating and ink systems. It shows easy dispersion that provides improved stability. It offers very good... view more

Polytetrafluorethylene (PTFE) wax. Acts as an additive for improving the surface resistance and slip characteristics of coatings and printing inks. Provides superior thermal stability and chemical... 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

Micronized polytetrafluoroethylene (PTFE). Used to provide very high and consistent level of slip and abrasion resistance in a wide range of aqueous and non-aqueous resin systems. Offers very low... 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™ 1890 N by Lubrizol is a highly efficient, stable PTFE. It is used to produce a highly abrasion resistant, uniform, fine texturing effect in powder coatings at low addition rates. It offers... view more

Modified esterwax. Offers very good in-can stability in most coating systems. Provides very good scratch and abrasion resistance. Exhibits very good matting efficiency. Improves surface smoothness... view more

Functionalised surface modifier. Offers very good wettability for improved dispersibility. Exhibits shortened dispersion times. Provides very good scratch resistance and surface hardness. Imparts... 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

Fatty acid amide based structuring wax. Produces an even surface structure. Possesses a finer structure. Used in wood and industrial coatings based on acrylics, 2-component urethanes, polyesters... view more

Micronized modified polypropylene wax. Offers improved scratch resistance. Exhibits very good gloss control for matte or satin gloss finishes. Provides improved sanding properties in wood sealers... view more

Micronized modified polypropylene wax. Offers improved scratch resistance. Exhibits very good gloss control for matte or satin gloss finishes. Provides improved sanding properties in wood sealers... 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

Very fine, micronized and classified amide wax. Provides very good slip and release properties. Exhibits low influence on porosity. Used in interior can coatings owing to its very good release... view more

Amide wax. Used in paper coatings. Offers good slip properties and non-stick properties. Provides very good solubility in organic solvents... 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

Micronized, very high melt point, amorphous amide wax. Offers very good antiblocking properties especially at elevated temperatures. Enhances scratch resistance. Improves resistance to scuffing... view more

Micronized Polyethylene Wax. Specially developed wax designed to improve the surface properties of powder coatings. Offers very good scratch and abrasion resistance. Possesses improved slip and... view more

Hard, hydrophilic low molecular weight polyethylene wax. Provides very good stability in water. Offers gloss control for a matte or satin gloss finish. Enhances slip and mar resistance. Increases... view more