EBECRYL® 418 by allnex is a chlorinated, Bisphenol-A-free polyester resin characterized by high reactivity. It exhibits good adhesion to PE, PP, PET, PC, OPS and PVC substrates. It can be diluted... view more

EBECRYL® 436 by allnex is a reactive chlorinated polyester resin diluted 40% with the reactive diluent trimethylolpropane triacrylate (TMPTA). It exhibits good lithographic behavior, pigment wetting... view more

EBECRYL® 437 by allnex is a chlorinated polyester resin diluted with EBECRYL® 40, a tetra functional diluting acrylate. Films of EBECRYL® 437 cured by ultraviolet light (UV) or electron beam (EB)... view more

EBECRYL® 438 by allnex is a reactive chlorinated polyester resin diluted 40% with the reactive diluent OTA-480. It exhibits good lithographic behavior, pigment wetting properties and fast cure... view more

EBECRYL® 441 by allnex is a highly reactive, chlorinated, bisphenol-A-free polyester resin. It offers improved ink-water balance and lower misting. Exhibits good pigment wetting and dispersion... view more

EBECRYL® 444 by allnex is a chlorinated polyester resin diluted with 40% of propoxylated glycerol triacrylate (OTA480). It exhibits fast curing, low odor, good wet lithographic behavior and pigment... view more

EBECRYL® 445 by allnex is a tin-free, chlorinated polyester resin diluted with 40% of trimethylolpropane triacrylate (TMPTA) monomer. It exhibits good wet lithographic behavior, fast curing, low... view more

EBECRYL® 446 by allnex is a modified chlorinated polyester resin diluted in TMPTA (32%). It is primarily used as a product for grinding in lithographic ink formulations, which demonstrates good... view more

EBECRYL® 45 by allnex is a low viscosity, diluting oligomer. This tetra-functional acrylated oligomer is characterized by its low odor and light color. It provides a fast cure response when cured... view more

EBECRYL® 450 by allnex is a fatty acid modified polyester hexaacrylate. Because of the special structure of the backbone and the high acrylic functionality, it provides the proper... view more

EBECRYL® 4858 by allnex is a low viscosity aliphatic urethane diacrylate. Due to a low intrinsic viscosity, it offers ease of formulating in energy curable systems that are low in viscosity with... view more

EBECRYL® 4859 by allnex is a difunctional aliphatic urethane methacrylate that does not contain any intentionally added organic tin compounds, heavy metals, hydroquinone (HQ) or methyl ether of... view more

EBECRYL® 50 by allnex is the tetraacrylate ester of 5 mole ethoxylated pentaerythritol. It is a low viscosity diluting oligomer characterized by low odor and light color. It provides fast cure... view more

EBECRYL® 525 by allnex is a modified polyester resin diluted with 40% of tripropyleneglycol diacrylate. Films cured by UV or EB are soft and flexible, with good adhesion to paper, plastics and... view more

EBECRYL® 526 by allnex is a chlorine free polyester resin diluted with TMPTA. It has been specifically designed to provide good adhesion to plastic substrates. It is cured by ultraviolet light (UV)... view more

EBECRYL® 546 by allnex is a chlorine free UV/EB curable polyester resin diluted with TMPTA. It has been specifically designed to provide good adhesion to plastic substrates. Films of EBECRYL® 546... view more

EBECRYL® 570 by allnex is a chlorine free and tin free polyester resin diluted with reactive diluent EBECRYL® 40. It is suitable for low migration and low odor inks and coatings. It provides good... view more

EBECRYL® 571 by allnex is specially developed for use in flexo printed shrink sleeve applications. It is a modified polyester resin diluted with 40% of dipropyleneglycol diacrylate (DPGDA) which... view more

EBECRYL® 575 by allnex is a chlorine free and tin free polyester resin diluted with EBECRYL® 892. It has been specifically designed to provide low migration applications and good adhesion to plastic... view more

EBECRYL® 577 by allnex is a carboxylated polymeric polyester acrylate. It is developed for use as an alkali strippable component, and may be cured by ultraviolet light (UV) or electron beam... view more