Gasil® IJ45 by PQ Corporation is an effective matting agent based on silica gel. It offers product consistency, ease of dispersion, film clarity and raw material cost savings. Provides optimum... view more

Gasil® P-10W by PQ Corporation acts as an ink adsorbing pigment in inkjet coatings. It is a large particle size matting agent based on synthetic amorphous silica. It is suitable for water-based... view more

Gasil® P-10W by PQ Corporation is a large particle size matting agent based on synthetic amorphous silica. It is suitable for water-based lacquers. It can be used as an ink adsorbing pigment in... view more

Gasil® P-28 by PQ Corporation acts as an ink dispersant. It is based on synthetic amorphous silica. It is designed for use in coatings for thermal paper. Gasil® P-28 is registered with REACH, TSCA... view more

Gasil® UV55C by PQ Corporation is a synthetic amorphous, wax-treated silica-based matting agent. It is suitable for UV-curable coatings. It is used in wood finishes, packaging coatings and... view more

Gasil® UV70C by PQ Corporation is a high efficiency matting agent based on synthetic amorphous, wax-treated silica. It exhibits medium particle size and ease of dispersion. It is suitable for... view more

Gasil® UV70C by PQ Corporation is an effective matting agent based on organically treated silica gel. It offers mechanical properties and optimal matting efficiency from ultra-high pore volume... view more

Gasil® WP100 by PQ Corporation is a high performance silica hydrogel designed to provide increased scrub and burnishing resistance in water-based paints. It offers improved water resistance in latex... view more

Gasil® XE3100 by PQ Corporation is an ultra-high efficiency matting agent based on synthetic amorphous silica. It is recommended for waterborne formulations. Gasil® XE3100 is suitable for wood... view more

High performance silica gel. Acts as an effective matting agent. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties. Used for high solids... view more

Synthetic amorphous silica. Used as a matting agent which finds wide acceptance in the matting of inks, paints, paper coatings and ink adsorbing pigment for inkjet coatings... view more

High performance organically treated silica gel. Acts as an effective matting agent. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties... view more

High performance silica gel. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties. Used for thin film, pigmented, water-borne coatings... view more

High performance silica gel. Acts as a matting agent. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties in thin film applications. Used in... view more

High performance silica gel. Acts as a matting agent. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties. Used in coil, general industrial... view more

Synthetic amorphous silica. High efficiency, easy dispersible matting agent which provides a low sheen to gloss ratio. Suitable for matting of high solids and acid catalysed coil systems. Ink... view more

High performance silica gel. Acts as a matting agent. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties. Used in coil, general industrial... view more

High performance silica gel. Acts as a matting agent. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties. Used in coil, general industrial... view more

High performance silica gel. Acts as an effective matting agent. Provides very good matting efficiency combined with minimal effect on clarity and mechanical film properties. Used for high solids... view more

Synthetic amorphous silica. Acts as a matting agent suitable for wood finishes and general industrial coatings with very good performances in 100% UV curable formulations... view more