BRUGGOLITE® FF6 M by Brüggemann acts as a reducing agent for emulsion polymerization. It is a sodium salt of an organic sulfinic acid derivative. Can be used in redox systems in combination with all... view more

BRUGGOLITE® E01 by Brüggemann is a dust-free, fast dissolving reducing agent in initiator systems for the main or post polymerization of various emulsion polymers. It can be used in combination with all... view more

DEGALAN® 64/12 N distributed by DKSH is a granulated polymer based on methacrylates. It is versatile binder for concrete coatings and thick-layer metal coatings. It exhibits weather-resistance... view more

DEGALAN® M 527 distributed by DKSH is a ground bulk polymer based on methacrylates. It is binder for the manufacture of hard, weather- and petrol-resistant car refinishing paints. It is used in... view more

Luna-cryl 700 distributed by DKSH is used as a curing agent for saturated carboxyl polyesters having low acid values (i.e. 33). It is glycidyl functional acrylic resin. It is recommended to... view more

UVECOAT® 3005 by allnex is an amorphous unsaturated polyester resin for use in UV curable powder coatings. The resin has been developed for applications on wood substrates, such as textured coatings... view more

UVECOAT® 9010 by allnex is a semi-crystalline, unsaturated polyester resin for use in UV curable and powder coatings. Used with amorphous resins from the UVECOAT® 2000 or 3000 range, UVECOAT® 9010... view more

ADDITOL® E 04594 by allnex is a catalyst masterbatch containing 10% active substance in a special polyester resin carrier. It is easily handled and greatly improves the dispersion of catalyst in... view more

ADDITOL® E 04654 by allnex is a saturated, semi-crystalline polyester resin. It offers excellent oil-migration resistance optimized for melting and homogenization processes along with low volatility... view more

ADDITOL® E 04707 by allnex is a saturated semi-crystalline polyester resin to be used as additive acting as polymeric flexibilizer. It is used for formulations based on superdurable polyurethanes... view more