| AQUACER® 513 | BYK | AQUACER® 513 is a non-ionic emulsion based on an oxidized HD polyethylene wax. It is suitable for use in aqueous systems and printing inks. This product improves the following surface properties: scratch resistance in aqueous systems, rub resistance in pr...view more AQUACER® 513 is a non-ionic emulsion based on an oxidized HD polyethylene wax. It is suitable for use in aqueous systems and printing inks. This product improves the following surface properties: scratch resistance in aqueous systems, rub resistance in printing inks and black heel marking resistance in parquet lacquers. view less | |
| AQUACER® 531 | BYK | AQUACER® 531is a wax emulsion for improving surface properties of water-borne industrial paints and printing inks. It is a non-ionic emulsion based on a modified polyethylene wax. This additive improves the following surface properties: slip, scratch resi...view more AQUACER® 531is a wax emulsion for improving surface properties of water-borne industrial paints and printing inks. It is a non-ionic emulsion based on a modified polyethylene wax. This additive improves the following surface properties: slip, scratch resistance, rub resistance and anti blocking. view less | |
| AQUACER® 552 | BYK | AQUACER® 552 is a non-ionic emulsion based on an oxidized HD polyethylene wax. This product is suitable for use in aqueous systems and printing inks. It is used to improve scratch resistance in aqueous systems. | |
| AQUACER® 593 | BYK | AQUACER® 593 is a wax emulsion for improving anti slip of water-borne paint systems and printing inks. It is a non-ionic emulsion of a modified polypropylene wax. This product is suitable for use in non-ionic and anionic water-borne paint systems and prin...view more AQUACER® 593 is a wax emulsion for improving anti slip of water-borne paint systems and printing inks. It is a non-ionic emulsion of a modified polypropylene wax. This product is suitable for use in non-ionic and anionic water-borne paint systems and printing inks. view less | |
| AQUAMAT® 263 | BYK | AQUAMAT® 263 is an oxidized HD polyethylene wax dispersion. This product is suitable for aqueous systems e. g. furniture- and parquet lacquer, industrial- and decorative paints and inks. The additive improves the following surface properties: gloss reduct...view more AQUAMAT® 263 is an oxidized HD polyethylene wax dispersion. This product is suitable for aqueous systems e. g. furniture- and parquet lacquer, industrial- and decorative paints and inks. The additive improves the following surface properties: gloss reduction, scratch resistance, soft feel effect, rub resistance, anti blocking and black heel resistance. view less | |
| SIPERNAT® 800 | Evonik Operations GmbH, BL Coating Additives | SIPERNAT® 800 is a precipitated synthetic sodium aluminosilicate that is manufactured in the USA. It is a versatile, cost-effective titanium dioxide extender for paints and coatings applications. | Request Sample |
| SIPERNAT® 833 | Evonik Operations GmbH, BL Coating Additives | SIPERNAT® 833 is a precipitated synthetic sodium aluminosilicate. It is a versatile, cost-effective titanium dioxide extender for paints and coatings applications. | Request Sample |
| SIPERNAT® 835 | Evonik Operations GmbH, BL Coating Additives | SIPERNAT® 835 is a precipitated synthetic sodium magnesium aluminosilicate that can be effective as a titanium dioxide extender for paints and coatings applications. It has proven particularly useful in high PVC formulations based on VAE or vinyl acrylic ...view more SIPERNAT® 835 is a precipitated synthetic sodium magnesium aluminosilicate that can be effective as a titanium dioxide extender for paints and coatings applications. It has proven particularly useful in high PVC formulations based on VAE or vinyl acrylic binders. view less | Request Sample |
| SIPERNAT® 898 | Evonik Operations GmbH, BL Coating Additives | SIPERNAT® 898 is a precipitated synthetic sodium aluminosilicate. It is a versatile, cost-effective titanium dioxide extender for paints and coatings applications. | Request Sample |
