Hydroxy functional, aqueous acrylic resin dispersion. Used with amino resins. Can be used in combination with water reducible methylated melamine resins. Provides high gloss, hardness, mechanical... view more

Selfcrosslinking acrylic resin. Used as a sole binding agent. Contains methylol and hydroxy groups. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and... view more

Selfcrosslinking acrylic resin. Used as a sole binding agent. Contains methylol groups. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and thermo-stability. Offers... view more

Hydroxy functional, partly neutralized, water dilutable acrylic resin. Used as a partner resin for acrylic resin dispersion. Can be used in combination with water reducible methylated melamine... view more

Internally catalyzed, thermosetting, high solids acrylic resin. Used for cross-linking hexamethoxy methyl melamine resins. Provides gloss, hardness, mechanical and chemical resistance, outdoor... view more

Water-borne, physically drying plasticized acrylic co-polymerisate. Used as a sole binder. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and thermo-stability. Can... view more

Water-reducible after neutralization, hydroxy- and carboxy-functional acrylic copolymer. Used as a co-binder for acrylic dispersion resin, as coalescent-agent and thickener. Provides gloss... view more

Water dilutable, thermosetting acrylic copolymer. Used with amines. Can be used in combination with reactive melamine resin. Provides gloss, hardness, mechanical and chemical resistance, outdoor... view more

Thermoplastic acrylic resin. Used in conjunction with plasticizer, nitrocellulose, cellulose, cellulose acetobutyrate and PVC-copolymers. Contains free hydroxyl groups. Provides gloss, hardness... view more

Physically drying, plasticized acrylic-copolymerisate in aromate free solution. Used as a binder. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and... view more

With drying fatty acids modified acrylic co-polymerisate. Used as a sole binder. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and thermo-stability. Offers... view more

Physical drying, plasticized acrylic resin. Used as a binder. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and thermo-stability. Offers good adhesion on... view more

In acrylic monomers dissolved, reactive polycondensate resin. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and thermo-stability. Offers very good weather and... view more

Polyester modified acrylic copolymer, thermoreactive with amine resins and particularly with reactive melamine resins. Contains carboxy and hydroxy groups. Provides gloss, hardness, mechanical and... view more

External cross-linking acrylate binder. Can be used in combination with suitable curing agents. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and thermo-stability... view more

Solvent-free copolymerisate dispersion consisting of styrene and acrylic esters. Used in combination with alkyd emulsions and hydroxy functional copolymer dispersions to improve physical drying... view more

Solvent-free, copolymerisate dispersion consisting of styrene and acrylic esters. Used as a sole binder. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and... view more

Selfcrosslinking acrylic resin dispersion. Used as a sole binding agent. Contains methylol groups. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and... view more

Aqueous hydroxy functional acrylic copolymer emulsion with incorporated catalyst. Can be used in combination with hexamethoxymethylmelamine and reactive waterdilutable melamine resins. Provides high... view more

Styrene/acrylic dispersion copolymer. Used as a sole binder. Provides gloss, hardness, mechanical and chemical resistance, outdoor durability and thermo-stability... view more