Products

EBECRYL® 3420 is a low viscosity, modified epoxy acrylate with good pigment wetting ability. In UV offset, the final ink produced with this resin exhibits an enhanced ink water balance and good misting. EBECRYL® 3420 can be used to produce a UV flexo ink with good flow, high gloss and high reactivity.

EBECRYL® 85 is a low viscosity amine modified polyether acrylate that provides high reactivity in low extractable, low odor energy curable coatings and inks. Coatings and inks based on EBECRYL® 85 exhibit a low odor after UV or EB curing.

EBECRYL® 1859 is a high molecular weight acrylate especially developed for high speed UV, HUV, UV LED, and EB cured offset lithographic inks. EBECRYL® 1859 exhibits excellent lithographic behavior, very good pigment wetting and high reactivity.

EBECRYL® 871 is an energy curable polyester acrylate. This varnish was developed for use in lithographic inks, and can be used in both the pigment dispersion and letdown portions of the ink. Inks made with EBECRYL® 871 exhibit good color development and excellent printability.

BREUTEX is 100% Elliotti Rosin obtained by distillation of sap collected from pinnus trees (live).

EBECRYL® 888 is a low viscosity polyester acrylate designed for use in energy-cure primer coatings to provide ink receptivity and prevent plasticizer migration. Films containing EBECRYL® 888 which are cured by ultraviolet light (UV) or electron beam (EB) exhibit good adhesion, good abrasion resistance and high flexibility. EBECRYL® 888 is recommended for use in flexographic or gravure primer coatings printed on polyester, plasticized PVC and uncoated films.

EBECRYL® 1871 is a hexafunctional polyester acrylate oligomer that provides high reactivity and the proper ink-water balance necessary for good lithographic printing. Lithographic inks based on EBECRYL® 1871 display excellent rheological properties ensuring good ink transfer from the printing plate to the blanket and then to the substrate, combined with good dot definition. EBECRYL® 1871 has been specifically developed to formulate low migration UV/EB curable inks for indirect food contact applications.

CARPOL® PGP-2740 is a propylene glycol-initiated polyether polyol. CARPOL® PGP-2740 has a functionality of two and an average molecular weight of 2700 Da. This diol is polymerized with propylene oxide and then capped with 40% ethylene oxide. The outcome is a polyol with enhanced reactivity and hydrophilicity.

TMPEOTA is a reactive diluent commonly used in ultraviolet light (UV) and electron beam (EB) energy curable coatings and inks. TMPEOTA can be used to impart crosslinking to energy curable coatings and inks while maintaining a degree of flexibility and toughness. Of the common triacrylate diluents used in energy curable formulations, TMPEOTA exhibits the highest reactivity and the greatest viscosity reduction of oligomers.

D.E.N.® 426 is a liquid reaction product of epichlorohydrin and phenol-formaldehyde novolac. D.E.N. 426 Epoxy Novolac Resin is an epoxidized phenolic resin of higher functionality than standard bisphenol A based liquid epoxy resins. Epoxy novolac resins combine, in one molecule, the thermal stability of a phenolic backbone with the reactivity and versatility of an epoxy. They are distinguished by particular good thermal stability, mechanical strength and resistance against chemicals. They find ready acceptance for lining pipelines, storage tanks and pumps. D.E.N.® 426 has been developed to fill the gap between the two functional standard bisphenol F based liquid epoxy resins and the high viscous epoxy novolac resins.

D.E.N.® 438-A85 is a solution of a semi-solid reaction product of epichlorohydrin and phenol-formaldehyde novolac in acetone.

LOTADER® 8200 is a random ethylene-ethyl acrylate-maleic anhydride terpolymer. Due to its properties, reactivity, fluidity and compatibility with tackifying resins and waxes, It is suitable as additive for hot melt adhesive formulations and as coupling agent in mineral filled compounds.

EBECRYL® 4666 is a weather-stable undiluted aliphatic urethane acrylate having very low viscosity