OK
The material selection platform
Coatings Ingredients
The material selection platform
Coatings Ingredients
by SpecialChem
 
Save
Cette page a bien été ajoutée à vos favoris
49 products match your search
Product Name
Supplier
Description
Polyether siloxane copolymer. Used as a flow/leveling and slip additive for waterborne, radiation-curing and solventborne formulations in wood and furniture coatings, architectural coatings... view more
TEGO® Protect 5000N by Evonik is an additive that enhances the easy-to-clean effect in 2k-polyurethane topcoats. It is used in solvent-borne and high-solids coatings. Exhibits improved flow and leveling... view more
TEGO® ViscoPlus 3030 by Evonik is pH-independent, polyurethane-based associative thickener. Offers pseudoplastic flow behaviour. APEO- and tin free. Reduces sagging, settling and spattering. Provides drag... view more
TEGO® ViscoPlus 3060 by Evonik is pH-independent, associative thickener. It is non-ionic polyurethane solution. It provides strong pseudoplastic flow behavior. It is APEO- and tin-free. It offers very good... view more
Tego® Airex 955 by Evonik is an organic polymer, silicone-free. Used in automotive, industrial and wood coatings. Possesses additional flow promotion. Prevents pinholes and popping... view more
Tego® Dispers 672 by Evonik is a wetting and dispersing agent. It provides superior color strength and transparency in pigment concentrates and coatings with both organic and carbon black pigments. It... view more
Tego® Powder Aid D01 by Evonik is a multifunctional, high molecular weight polymer additive for powder coating formulations. It acts as a synergist and makes the formulation easier to disperse during... view more
Tego® Viscoplus 3000 by Evonik acts as polyurethane thickener with newtonian flow behavior. It exhibits good gloss, anti-spattering, drag resistance, anti-sagging and anti-settling properties. It... view more
Tego® Viscoplus 3010 by Evonik is a non-ionic, polyurethane-based associative thickener. It is APEO- and tin-free. It exhibits newtonian flow behavior and particularly strong high-shear thickening... view more
123
Back to Top