| 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...voir plus 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. voir moins | |
| 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...voir plus 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. voir moins | |
| 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...voir plus 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. voir moins | |
| 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...voir plus 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. voir moins | |
| CeraSPERSE UV 636 (Carnauba Wax in UV Monomer) | Shamrock Technologies b.v.b.a. | CeraSPERSE UV 636 is carnauba wax dispersed in the UV monomer TRPGDA. | |
| CeraSPERSE UV 691 (Carnauba Wax in UV Monomer) | Shamrock Technologies b.v.b.a. | CeraSPERSE UV 691 is carnauba wax dispersed in the UV monomer TRPGDA. | |
| CRAYVALLAC® WW-1001 | Arkema Rheology & Specialty Additives | CRAYVALLAC® WW-1001 is a 40% active dispersion of polyethylene wax in water. The low viscosity and high active content of this dispersion, together with freedom from dust, assist the efficiency of manufacturing processes. CRAYVALLAC® WW-1001 provides the ...voir plus CRAYVALLAC® WW-1001 is a 40% active dispersion of polyethylene wax in water. The low viscosity and high active content of this dispersion, together with freedom from dust, assist the efficiency of manufacturing processes. CRAYVALLAC® WW-1001 provides the formulator with the means of controlling the frictional characteristics of a coating as well as enhancing its surface protection properties. voir moins | Request Sample |
| FluoroSLIP® 225 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 225 is a PTFE and low molecular weight synthetic wax blend. | |
| FluoroSLIP® 511 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 511 is a PTFE (polytetrafluoroethylene) and synthetic wax blend. FluoroSLIP® 511 is recommended for powder coatings in water-based, solvent-based and UV systems. | |
| FluoroSLIP® 605 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 605 is a spherical synthetic wax and PTFE blend. | |
| HESS NCS-10 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-10 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resist...voir plus HESS NCS-10 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. voir moins | |
| HESS NCS-12 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-12 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resist...voir plus HESS NCS-12 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. voir moins | |
| HESS NCS-15 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-15 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resist...voir plus HESS NCS-15 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. voir moins | |
| HESS NCS-3 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-3 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resista...voir plus HESS NCS-3 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. voir moins | |
| HESS NCS-5 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-5 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resista...voir plus HESS NCS-5 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. voir moins | |
| HESS NCS-8 | Hess Pumice (NCS) Microfine Functional Fillers | HESS NCS-8 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resista...voir plus HESS NCS-8 is a non-crystalline silica (NCS) made from pure, white pumice. It can be used as a functional filler and extender in paints and coatings. This product is inert, near white, has a pH of 7.2, and has outstanding scrub, burnish, and stain resistance properties due to the hardness of the particles. voir moins | |
| Hydrocer 257 (Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer 257 is synthetic wax in a non-ionic aqueous dispersion recommened for water based coating systems. | |
| Hydrocer 357 (Spherical Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer 357 is a spherical synthetic wax in a non-ionic aqueous dispersion recommended for water based coating systems. | |
| Hydrocer™ 7112 (Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer™ 7112 is a stable, aqueous synthetic wax dispersion. It is recommend for water-based ink and coating systems. | |
| Hydrocer 7206 (Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer 7206 is a stable, non-ionic aqueous synthetic wax dispersion. It is recommend for water-based ink and coating systems. | |
| S-390-C (Spherical Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-390-C is a spherical synthetic wax with a DSC peak melt above 100°C and corresponding low onset of melting. S-390-C is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder. | |
| S-394-N5 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-394 N5 is a synthetic wax with a DSC melt peak above 110°C and good onset of melting. S-394-N5 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-394-SD4 (Spherical Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-394-SD4 is a spherical synthetic wax with a DSC melt peak above 110°C and good onset of melting. S-394-SD4 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-395-N5 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-395 N5 is a synthetic wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-N5 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-395-SP5 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-395 SP5 is a synthetic wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-SP5 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-413 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-413 is a synthetic wax showing multiple melting peaks ranging from 107 – 142°C. S-413 is recommended for powder coatings, wood coatings, water-based, solvent-based and UV systems | |
| SCHWEGO® Flow 8057 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Flow 8057 is a biodegradable levelling additive for water-based coating systems. It can be used in virtually all water thinnable coating systems. Flow disturbances, such as orange peel or streaks are undesirable film defects, which frequently als...voir plus SCHWEGO® Flow 8057 is a biodegradable levelling additive for water-based coating systems. It can be used in virtually all water thinnable coating systems. Flow disturbances, such as orange peel or streaks are undesirable film defects, which frequently also impair the gloss. SCHWEGO® flow 8057 eliminates such defects in water-based systems. In many cases the gloss and the scratch resistance are also increased. voir moins | |
| SCHWEGO® Flow 8058 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Flow 8058 is a levelling additive for water-based coating systems that is VOC-free. It can be used in virtually all water thinnable coating systems. SCHWEGO® flow 8058 contains water as the only volatile component, which makes it especially suita...voir plus SCHWEGO® Flow 8058 is a levelling additive for water-based coating systems that is VOC-free. It can be used in virtually all water thinnable coating systems. SCHWEGO® flow 8058 contains water as the only volatile component, which makes it especially suitable for solvent free water thinnable systems. Flow disturbances, like orange peel or ropiness are undesirable film characteristics, which frequently also impair the gloss. SCHWEGO® flow 8058 eliminates these surface defects in water-based systems. In many cases the gloss and the scratch resistance are also increased. voir moins | |
| SCHWEGO® Mar 6561 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 6561 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6561 to UV coatings confers an improvement of mar and scratch resistance, increased r...voir plus SCHWEGO® Mar 6561 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6561 to UV coatings confers an improvement of mar and scratch resistance, increased resistance to blocking and as a consequence of the improved slip an increase in hardness. Additionally, the compatibility in UV systems is improved. The tendency to dirt retention is diminished and disposition to foaming is reduced. SCHWEGO® Mar 6561 does not affect gloss. voir moins | |
| SCHWEGO® Mar 6562 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 6562 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6562 to UV coatings confers an improvement of mar and scratch resistance, increased r...voir plus SCHWEGO® Mar 6562 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6562 to UV coatings confers an improvement of mar and scratch resistance, increased resistance to blocking and as a consequence of the improved slip an increase in hardness. Additionally, the compatibility in UV systems is improved and recoatability is provided. The tendency to dirt retention is diminished and disposition to foaming is reduced. This product does not affect gloss. voir moins | |
| SCHWEGO® Mar 8300 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8300 is a slip- and leveling additive for solvent borne coating systems. It is mainly used in conventional air drying and stoving finishes. Because of its composition SCHWEGO® Mar 8300 can be used in most binder systems. Binders containing hy...voir plus SCHWEGO® Mar 8300 is a slip- and leveling additive for solvent borne coating systems. It is mainly used in conventional air drying and stoving finishes. Because of its composition SCHWEGO® Mar 8300 can be used in most binder systems. Binders containing hydroxyl groups are not always compatible. The addition of SCHWEGO® mar 8300 to solvent borne coating systems improves scratch, mar and blocking resistance. voir moins | |
| SCHWEGO® Mar 8301 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8301 is a slip- and levelling additive for water-based coating systems. It is principally used in air drying and stoving water thinnable coatings. SCHWEGO® Mar 8301 can also show good effects in conventional coating systems. Because of its co...voir plus SCHWEGO® Mar 8301 is a slip- and levelling additive for water-based coating systems. It is principally used in air drying and stoving water thinnable coatings. SCHWEGO® Mar 8301 can also show good effects in conventional coating systems. Because of its composition, this product can be used in most binder systems. The addition of SCHWEGO® mar 8301 to water-based coating systems improves scratch, mar and blocking resistance. voir moins | |
| SCHWEGO® Mar 8304 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8304 is a slip- and leveling additive for solvent borne systems. The addition of SCHWEGO® mar 8304 to solvent borne coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced a...voir plus SCHWEGO® Mar 8304 is a slip- and leveling additive for solvent borne systems. The addition of SCHWEGO® mar 8304 to solvent borne coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced and gloss is preserved. This product improves as a secondary effect wetting and levelling. It is suitable for solvent borne systems as: air drying alkyds, alkyd/melamine combinations, polyurethanes, nitrocellulose, acid curing melamine and urea systems and oil-free polyesters voir moins | |
| SCHWEGO® Mar 8305 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8305 is a slip- and leveling additive for water-based systems. The addition of this product to water-based coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced and gloss ...voir plus SCHWEGO® Mar 8305 is a slip- and leveling additive for water-based systems. The addition of this product to water-based coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced and gloss is preserved. SCHWEGO® mar 8305 improves as a secondary effect wetting and levelling. This product is suitable for water-based systems such as: air drying alkyd resins, alkyd/melamine combinations, self and foreign crosslinking polyacrylic resins, polyurethanes, nitrocellulose systems acid curing melamine and urea systems and oil-free polyesters. voir moins | |
| 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 ...voir plus 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. voir moins | 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 |
| SST®-2 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-2 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 8.0 µm. SST®-2 is recommended for use in powder, water-based, solvent-based and UV coatings. | |
| SST®-3 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-3 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 5.0 µm. SST®-3 is also recommened for use in water-based, solvent-based, powder, and UV coatings. | |
| SST®-3D (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-3D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-3D is recommeneded for use in powder, water-based, solvent-based ...voir plus SST®-3D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-3D is recommeneded for use in powder, water-based, solvent-based and UV coatings. voir moins | |
| SST®-4 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-4 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 3.0 µm. SST®-4 is recommended for use in powder, water-based, solvent-based and UV coatings. | |
| SST®-5 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-5 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 3.0 µm. | |
| SST®-5D (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-5D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-5D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-5D is recommended in all water-based, solvent-based, powder, and ...voir plus SST®-5D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-5D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-5D is recommended in all water-based, solvent-based, powder, and UV coating systems. voir moins |
