SETAQUA® 37-1371 (Old Name: SETAQUA® 6471) is fine particle size styrene acrylic emulsion that forms hard, impact resistant films with exceptionally high water, salt spray and mineral spirit... view more

SETAQUA® 37-3372 by allnex (Old Name: SETAQUA® 6472) is an acrylic copolymer emulsion for industrial air dry enamels and maintenance primers. Coatings formulated with SETAQUA® 37-3372 exhibit... view more

SETAQUA® 37-6498 by allnex is a high-performance, hard acrylic terpolymer. It offers excellent adhesion and water resistance. Suitable for clear glazes and coatings where exceptional exterior... view more

SETAQUA® 37-6517 (Old Name: SETAQUA® 6517) by allnex is an acrylic polyol emulsion. It is designed for high durable, abrasion- and chemical resistant two-component waterborne PUR paint systems. It... view more

SETAQUA® 37-6704 by allnex is an all acrylic emulsion which has been developed utilizing patented gradient morphology technology. It contains APE-free stabilizers that assist in retaining viscosity... view more

SETAQUA® 6406 by allnex is a surfactant-free aqueous dispersion of acrylic copolymer emulsion. SETAQUA® 6406 is suitable for air-drying or forced drying interior and exterior pigmented and... view more

SETAQUA® 6407 by allnex is a water-soluble polyester resin. It exhibits good pigment wetting, good stabilization of aluminum pigments, improves film forming and flow. SETAQUA® 6407 is used in... view more

SETAQUA® 6718 by allnex is a self-crosslinking, surfactant-free acrylic copolymer emulsion. Offers excellent hardness & stacking properties, fast drying, good sandability, as well as exceptional... view more

SETAQUA® 6753 (formerly known as SETAQUA® X 12341) by allnex is a water-borne self-crosslinking acrylic copolymer aqueous dispersion with gradient particle morphology. It is suitable for high... view more

SETAQUA® 6756 by allnex is a surfactant- & APEO-free, self cross-linking, aqueous dispersion of acrylic polymers for highly durable furniture finishes. It offers excellent hardness, fast drying... view more

SETAQUA® 6768 by allnex is a surfactant-free aqueous dispersion of acrylic polymers. It provides improved adhesion, hardness, chemical resistance, blocking, fast drying and outdoor durability... view more

SETAQUA® 6770 by allnex is a self-crosslinking aqueous dispersion of acrylic copolymer with gradient particle morphology. It exhibits high gloss, low coalescent demand and good adhesion. When fully... view more

SETAQUA® 6781 by allnex is an aqueous dispersion of acrylic polymers with gradient particle morphology. It exhibits high gloss, good appearance, good application properties and excellent blocking... view more

SETAQUA® 6899 by allnex is an APEO-free, waterborne acrylic copolymer emulsion especially designed for direct-to-metal applications. It exhibits excellent mechanical properties, hardness and very... view more

SETAQUA® DTM 6850 by allnex is a self-crosslinking, fast drying, waterborne acrylic copolymer emulsion especially designed for direct-to-metal applications. It is a hydrophobic, APEO-, VOC- and ADH-free... view more

SETAQUA® EXPRESSLINE 88 by allnex is a third generation acrylic emulsion. It provides excellent durability with enhanced bead retention contributing to improved reflectivity and service life. It can be used... view more

SETAQUA® PU 1160 by allnex is a waterborne, dual self-crosslinking, tin-, NMP-, NEP-, APEO-, & TEA- free, fatty acid modified aliphatic polyurethane dispersion. It contains 47% C14 bio-based content... view more

UCECOAT® 2501 by allnex is a tin-free, VOC-free, aliphatic polyurethane acrylate dispersion. It is a robust and versatile resin ideally suited for energy curable industrial coatings applied by... view more

UCECOAT® 2804 by allnex is a solvent-, tin-, BPA- & APEO-free, high performance, LED curable polyurethane dispersion for digital printing. It is a low viscosity, water-borne UV/EB energy curable... view more

UCECOAT® 2805 by allnex is a solvent-, tin-, BPA- & APEO-free, high-performance polyurethane dispersion for digital printing. It is characterized by a low mean particle size associated with an... view more