Gasil® HP39 by PQ Corporation is a matting agent based on large particle size, synthetic amorphous silica. It is designed for solvent-less radiation-cured coatings, high-solids systems and thick... view more

Gasil® HP39 by PQ Corporation is an ink adsorbing pigment for inkjet coatings. It is a matting agent based on large particle size, synthetic amorphous silica. Gasil® HP39 is designed for... 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® HP560 by PQ Corporation is a wax-treated, synthetic amorphous silica-based matting agent. It offers high matting efficiency, excellent transparency and dispersibility. It is suitable for wood... view more

Gasil® HP576 by PQ Corporation is a high efficiency matting agent based on synthetic amorphous, wax-treated silica. It is designed for UV-curable coatings. Gasil® HP576 is registered with REACH... 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

Gasil® HP860 by PQ Corporation acts as a matting agent based on synthetic amorphous, organic, wax-treated silica. It offers excellent hand feel and dispersibility. Its organic treatment is... view more

Gasil® HP860 by PQ Corporation is an effective matting agent based on fine particle size, high performance, organically treated silica gel. It is suitable for solvent-based coatings such as wood... view more

Gasil® HP870 by PQ Corporation is a matting agent based on organically treated silica-gel. Provides product consistency, ease of dispersion, film clarity and raw material cost savings. It offers... view more

Gasil® HP880 by PQ Corporation is a synthetic amorphous, wax-treated silica-based matting agent. It exhibits high efficiency, easy dispersibility and controlled particle size. It is suitable for... view more

Gasil® HP880 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

Gasil® HS104 by PQ Corporation is a high efficiency fine particle size matting agent. It is based on synthetic amorphous silica. It is suitable for use in leather finishes, water- and solvent-based... view more

Gasil® HS106 by PQ Corporation is a high efficiency, general purpose, synthetic amorphous silica matting agent. It is suitable for use in wood lacquers, industrial- and coil coatings. Gasil® HS106... view more

Gasil® HS107 by PQ Corporation is a high efficiency matting agent based on synthetic amorphous silica. It is designed for use in industrial coatings. It shows good performances in coil coatings and wood... view more

Gasil® HS109 by PQ Corporation is a high efficiency matting agent based on synthetic amorphous silica. It is recommended for use in decoartive paints, general industrial and coil coatings. Gasil® HS109 is... view more

Gasil® HS110 by PQ Corporation is a high efficiency matting agent based on synthetic amorphous silica. It is suitable for use in decorative paints, general industrial- and coil coatings. Gasil®... view more

Gasil® IJ1 by PQ Corporation is an effective, general purpose matting agent based on silica gel. Provides optimum matting efficiency, medium pore volume, controlled particle size distribution... view more