EBECRYL® 8702 by allnex is a low odor electron beam (EB)/ UV energy curable aliphatic urethane hexaacrylate. Offers good hardness, abrasion- and impact resistance coupled with good exterior... view more

EBECRYL® 872 by allnex is a low viscosity electron beam/ UV energy curable polyester acrylate resin based on recycled PET. Offers good wetting and flow with fillers. It is stenomer-, BPA- & tin-free... view more

EBECRYL® 876 is a light color, UV or electron beam (EB) energy curable, low viscosity polyester acrylate by allnex. Provides BPA-free alternative to epoxy acrylate-based formulations while providing... view more

EBECRYL® 88 by allnex is an amine-modified polyether acrylate. It possesses light color & low viscosity and exhibits fast cure via exposure to ultraviolet light (UV). It is recommended for... view more

EBECRYL® 880 by allnex is a low viscous, light color, amine modified multifunctional acrylated polyether oligomer. It is an electron beam (EB)/ UV energy curable resin with high scratch resistance... view more

EBECRYL® 8800-20R by allnex is a light color, low odor, electron beam (EB)/ UV energy curable aliphatic urethane acrylate. Provides good toughness, flexibility, good exterior durability and... view more

EBECRYL® 8804 by allnex is a high viscosity, very light color & low odor, aliphatic urethane diacrylate. Films of this UV/electron beam (EB) curable resin offers excellent abrasion- & yellowing... view more

EBECRYL® 8804 by allnex is a reduced viscosity, very light color, aliphatic urethane diacrylate. Films of this UV/electron beam (EB) curable resin offers excellent abrasion- ">Recommended for... view more

EBECRYL® 8807 by allnex is an aliphatic urethane diacrylate that exhibits rapid surface cure response, light color and moderate viscosity. Films cured by UV/EB light exhibit good flexibility... view more

EBECRYL® 8808 by allnex is an undiluted, EB/ UV energy curable, aliphatic urethane diacrylate. Offers excellent exterior durability, toughness and resistance to yellowing. Recommended for screen... view more

EBECRYL® 8809 by allnex is a light color, aliphatic urethane diacrylate. It is ultraviolet light (UV) or electron beam (EB) energy curable resin having 5% of EBECRYL® LEO 10501. It does not contain... view more

EBECRYL® 8810 by allnex is an electron beam/ UV curable, low odor, tin-free aliphatic urethane diacrylate oligomer. Offers good abrasion resistance and flexibility, as well as non-yellowing... view more

EBECRYL® 8811 by allnex is a difunctional aliphatic urethane acrylate with moderate viscosity. Exhibits exhibits rapid surface cure response in both low and high energy EB/ UV cure systems like UV... view more

EBECRYL® 8812 by allnex is a light color, UV/ electron beam (EB) energy curable aliphatic urethane acrylate resin. Provides good flexibility and durability. It does not contain any intentionally... view more

EBECRYL® 884 by allnex is a medium viscosity, electron beam (EB)/ UV energy curable, undiluted polyester acrylate resin. Offers high flexibility, excellent abrasion resistance and good reactivity... view more

EBECRYL® 888 by allnex is a low viscosity, low color polyester acrylate with good reactivity. It is suitable for flexographic and gravure primer coatings printed on polyester, plasticized PVC and... view more

EBECRYL® 8890 by allnex is a multi-functional, silicone modified aliphatic urethane acrylate. Used to prepare UV/EB energy curable coatings with low surface energy providing antistain properties... view more

EBECRYL® 8894 by allnex is an aliphatic urethane acrylate, diluted in butyl acetate. It is a flexible, UV or electron beam (EB) energy curable resin designed for applications requiring high... view more

EBECRYL® 8896 by allnex is a revolutionary, UV or electron beam (EB) energy curable, aliphatic urethane acrylate. Designed for applications requiring haptic properties such as soft touch or feel... view more

EBECRYL® 892 by allnex is a light color, low viscosity tetra-functional polyether acrylated oligomer. It also improves the hardness and solvent resistance of ultraviolet light or electron beam cured... view more