Products

D.E.R.® 542 is a solid epoxy resin of the tetrabromobisphenol-A epichlorohydrin type.D.E.R.® 542 is a solid, brominated epoxy resin designed for use where maximum bromine is needed to offset large ratios of hardener or non-brominated resin. The improved purity of D.E.R.® 542 makes it especially suitable for electronic related applications where maximum performance and reliability are desired.

D.E.R.® 325 liquid epoxy resin is a mono-functional reactive diluent modified reaction product of epichlorohydrin with Bisphenol-A.

FORTEGRA® 401 is a specialty polyoxypropylene diamine modified liquid epoxy resin. FORTEGRA® 401 is designed for the use of enhancing the toughness and flexibility for epoxy systems, mainly used in epoxy adhesives and coatings products. With improved toughness and flexibility, the adhesives products can achieve better drop resistance and impact peeling resistance, as well as perform well on aging tests. While for the applications in coatings, it brings the benefits of improved adhesion and impact resistance. A wide variety of curing agents are available to cure this resin at ambient conditions. Most frequently used curing agents are aliphatic polyamines, polyamides and modified versions of these. Elevated temperature cure is necessary and post-cure required to develop full end properties if anhydride or catalytic curing agents are employed.

D.E.R.® 383 liquid epoxy resin is a reaction product of epichlorohydrin and Bisphenol A.

EBECRYL® 4266 is a Unsaturated aromatic epoxy acrylate. In the formulation of UV-curing and EB coatings. Without reactive thinner.

D.E.R. 642U-20 Solid Epoxy Resin is a novolac modified resin and has an average functionality of approximately 2.6. It is designed for powder coating applications. The resin is mainly used in industrial powder coatings in combination with D.E.R. 663U Resin, D.E.R. 664UE Resin or D.E.R. 667E Resin cured with a phenolic hardener such as D.E.H.™ 80 Curing Agent. Such formulations provide excellent corrosion and chemical resistance combined with good mechanical properties. Typical applications include pipe coatings and internal drum linings.

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.R.® 684-EK40 is a ultra-high molecular weight epoxy resin solution in methyl ethyl ketone.

D.E.R.® 664U Solid Epoxy Resin is a medium molecular weight solid reaction product of epichlorohydrin and bisphenol A. D.E.R.® 664U Epoxy Resin is a medium molecular weight solid epoxy resin used mainly in powder coatings. It can be incorporated in both decorative and functional coatings to provide improved viscosity characteristics and greater flexibility. D.E.R.® 664U Epoxy Resin can also be used for epoxy esters, with the addition of an appropriate catalyst.

D.E.R.® 692H is a low molecular weight "2.5-type" epoxy resin with Flow modifier.

D.E.H.® 611 is a curing agent used with epoxies (EP) in CASE ingredients.

D.E.R.® 3274 epoxy resin is a bisphenol-a based liquid epoxy resin modified with a di-functional reactive diluent, 1,4-butanediol diglycidyl ether.

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

D.E.N.® 431 is a semi-solid reaction product of epichlorohydrin and phenol-formaldehyde novolac.

D.E.R.® 672 Solid Epoxy Resin is a low molecular weight solid reaction product of epichlorohydrin and bisphenol A.