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The material selection platform
Coatings Ingredients
The material selection platform
Coatings Ingredients
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39 products match your search
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Very viscous, flexible polyester acrylate. Used alone or in combination with other radiation-curable resins for making UV- and EB-curing varnishes for wood, wood products, paper, PVC and printing... view more
Polyester acrylate. Exhibits high reactivity, good elasticity & chemical resistance and low hardness. Possesses radiation curing properties. Is compatible with nitrocellulose. Used to formulate EB... view more
Laromer® PE 9074 by BASF is polyester acrylate. Exhibits high reactivity, good elasticity & chemical resistance, and low hardness. Possesses radiation curing- and good adhesion properties. Used to... view more
Polyester acrylate. Is highly viscous version of Laromer® PE 9074. Exhibits high reactivity, good elasticity & chemical resistance, and low hardness. Possesses radiation curing properties. Used to... view more
Laromer® PO 43 F by BASF is low-viscous tri-functional polyether acrylate. Offers compatibility with most reactive acrylic resins, hardness and very good resistance to chemicals. It provides medium... view more
Laromer® PO 77 F by BASF is medium-viscosity, highly reactive amine-modified polyether acrylate. Offers complete miscibility with most reactive acrylic resins, very good resistance to chemicals and... view more
Low-viscosity, highly reactive unsaturated acrylic resin containing amino groups. Used for production of radiation-curing varnishes for paper, wood, plastics and printing inks and in combination... view more
Laromer® PO 84 F by BASF is amine-modified polyether acrylate. It offers medium hardness, medium elasticity and good reactivity. It provides excellent pigment wetting and leveling. Laromer® PO 84 F... view more
Low-viscosity, highly reactive, amine-modified polyether acrylate. Used for making radiation-curable varnishes for paper, wood, wood products, plastics and printing inks and in combination with... view more
Low-viscosity, highly reactive, amine-modified polyether acrylate. Used for making radiation-curable varnishes for paper, wood, wood products, plastics and printing inks and in combination with... view more
Low-viscosity, modified tri-functional polyether acrylate. Used as a sole binder and for thinning high-viscosity acrylic resins in manufacture of UV- and EB-curing varnishes for paper, wood, wood... view more
Low-viscosity, modified polyether acrylate. Used for making UV- and EB-curing varnishes for wood, wood products, plastics, paper and printing inks. Gives complete miscibility with most reactive... view more
Laromer® PO 8996 (old name: Laromer® LR 8996) by BASF is a low-viscosity, highly reactive, amine-modified polyether acrylate. Possesses low content of residual monomers. Used for making... view more
Low-viscosity, highly reactive, amine-modified polyether acrylate. Used for making radiation-curable varnishes for paper, wood, wood products, plastics and printing inks and in combination with... view more
Medium-viscosity modified tetrafunctional polyether acrylate. Used for manufacturing UV or electron-beam curable paints for wood, wood products, paper, plastics and of screen printing inks and as a... view more
Low-viscosity, highly reactive amine-modified polyether acrylate. Used for making radiation-curing varnishes for paper, wood, wood products, plastics and printing inks and in combination with other... view more
High-viscosity, modified unsaturated acrylic resin. Used for dispersing pigments in production of UV- and EB-curing inks for offset (including waterless), flexographic and screen printing inks and... view more
Laromer® PR 9013 by BASF is high-viscosity modified unsaturated acrylate-based dispersing agent. It provides excellent pigment wetting, good flexibility and good reactivity. Reduces penetration into... view more
Laromer® UA 9033 by BASF is an aliphatic urethane acrylate. Exhibits high elasticity, low shrinkage & hardness, good adhesion & reactivity, and poor chemical resistance. Possesses radiation curing... view more
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