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

PLIOLITE™ AC4 by Synthomer is a styrene-acrylate copolymer. It is a solvent-based thixotropic resin suitable for low to high-textured exterior masonry coatings, primers, anti-corrosion coatings... view more

Pliocryl™ 4526 by Synthomer is an orthophthalic unsaturated polyester solvent-based resin. It is suitable for two-component traffic marking paints, especially pedestrian crossings, parking lots... view more

Pliocryl™ 4600 by Synthomer is a solvent-based, thermoplastic styrene-acrylic copolymer. It offers extremely fast drying, high hardness and good water resistance properties. It is recommended for... view more

Pliocryl™ 4660 by Synthomer is a solvent-based, thermoplastic styrene-acrylic copolymer. It offers fast drying, good mechanical properties and water resistance. It is recommended for swimming pool... view more

ACURE™ 510-100 by allnex is a malonate functional polyester resin for use as a donor in ACURE systems. It provides excellent hardness development coupled with excellent outdoor durability, high... view more

ACURE™ 510-104 by allnex is a malonate-functional polyester resin designed for use as a donor resin in ACURE systems. It provides excellent hardness development and improved early hardness... view more

ACURE™ 510-170 by allnex is a malonate functional polyester resin for use as a donor resin in ACURE systems. It contains succinimide (1.45-1.55%) which acts as a kinetic additive increasing the open... view more

ACURE™ 510-172 by allnex is an ultra-low VOC, solvent-free, malonate-functional polyester resin, for use as a donor resin. It provides excellent hardness development coupled with excellent outdoor... view more

ACURE™ 510-174 by allnex is a malonate-functional polyester resin designed for use as a donor resin. It provides excellent hardness development and improved early hardness development due to the... view more