Gasil® HY600 by PQ Corporation is a synthetic, amorphous silica-based matting agent. It exhibits high efficiency in matt waterborne formulations. It helps in obtaining finishes of superior... view more

Gasil® HY500 by PQ Corporation is a synthetic amorphous, fine particle sized silica-based matting agent. It provides gloss reduction and excellent scratch-, abrasion-, mar-, water & stain... view more

Gasil® HP380 by PQ Corporation is a synthetic, amorphous, wax-treated silica-based matting agent. It offers high matting efficiency, transparency and abrasion resistance. Gasil® HP380 is recommended... view more

Gasil® HP335 by PQ Corporation is an extremely versatile matting agent based on fine particle size silica. It exhibits high internal pore volume, high purity and specially designed organic surface... view more

Gasil® HP230 by PQ Corporation is a matting agent based on synthetic amorphous silica. It is suitable for thin film industrial coatings, inks and high transparency water-based coatings. Gasil® HP230... view more

Gasil® 23D by PQ Corporation acts as a viscosity modifier, thickening- and matting agent. It is based on highly efficient, fine particle size silica. It is suitable for use in printing inks and... view more

Gasil® 23D (Industrial Use) by PQ Corporation acts as a viscosity modifier, thickening- and highly efficient matting agent. It is based on fine particle size, synthetic amorphous silica. It is... view more

Gasil® 23D by PQ Corporation is a silica gel-based matting agent. Offers excellent matting efficiency with high pore volume and controlled particle size distribution. It provides mechanical film... view more

Gasil® 23F by PQ Corporation is a general purpose matting agent based on synthetic amorphous micronized silica. It is suitable for top coatings for PVC fabrics. It is recommended for water-based... view more

Gasil® 23F by PQ Corporation is an ink adsorbing pigment for inkjet coatings. It is a general purpose matting agent based on synthetic amorphous micronized silica. It is suitable for top coatings... view more

Gasil® 23F by PQ Corporation is a matting agent based on silica gel. It offers optimal matting efficiency from ultra-high pore volume, controlled particle size distribution and mechanical... view more

Gasil® HP230 by PQ Corporation is a silica gel-based matting agent. It is specifically designed for waterborne systems. It offers optimal matting efficiency from high pore volume and controlled... view more

Gasil® HP240J by PQ Corporation is a matting agent based on organically treated silica-gel. It offers optimal matting efficiency from ultra-high pore volume and controlled particle size... view more

Gasil® HP33C by PQ Corporation is a matting agent based on synthetic amorphous, fine micronized silica. It exhibits a very small particle size controlled by high internal pore volume and high... view more

Gasil® HP380 by PQ Corporation is a matting agent based on organically treated silica-gel. It offers transparency and optimal matting efficiency from ultra- high pore volume and controlled particle... view more

Gasil® HP39 by PQ Corporation is an effective matting agent based on silica gel. It provides excellent matting efficiency combined with mechanical film properties. Exhibits ultra high pore volume... view more

Gasil® HP395 by PQ Corporation is an easily wettable/dispersible, large particle size matting- and anti-slip agent. It is based on synthetic amorphous silica. It is suitable for water and... view more

Gasil® HP395 by PQ Corporation is an easily wettable/dispersible, ink adsorbing pigment for inkjet coatings. It is a large particle size matting- and anti-slip agent based on synthetic amorphous... view more

Gasil® HP710 by PQ Corporation is a matting agent based on synthetic amorphous, wax-treated silica. It is suitable for high-solids and waterborne coatings. It offers excellent performance in 100%... view more

Gasil® HP710 by PQ Corporation is an effective matting agent based on organically treated silica gel. It offers optimal matting efficiency from ultra-high pore volume and controlled particle size... view more