D.E.H.™ 489 by Olin is a modified epoxy-amine adduct. Acts as a curing agent. Exhibits low viscosity, good blush resistance and general chemical resistance. It is an accelerated version of D.E.H.™... view more

D.E.H. 4914 by Olin is an epoxy resin. Acts as a low emission curing agent. Exhibits excellent corrosion resistance and impact resistance. D.E.H. 4914 is suitable for wet paints on metallic... view more

Viscous, hygroscopic aliphatic polyamine epoxy adduct curing agent. Used in maintenance paints, and marine and protective coatings. Offers short pot life, rapid cure at room temperature, easy... view more

Hygroscopic, low viscosity accelerated aliphatic polyamine curing agent. Used in maintenance paints, and marive and p^rotective paints. Offers very good reactivity with liquid epoxy resins at room... view more

D.E.H. 584 by Olin is a light colored modified aliphatic amine. Acts as a moisture-insensitive curing agent. Exhibits good color stability and very long pot life. D.E.H. 584 by Olin is suitable for... view more

D.E.H. 585 by Olin is a light colored modified aliphatic amine. Acts as a moisture-insensitive curing agent. Possesses good color stability and very long pot life. Suitable for low blush... view more

D.E.H. 598B by Olin is a modified aliphatic amine. Acts as a rapid-set, low temperature curing agent. Exhibits good water spot and chemical resistance. D.E.H. 598B by Olin is used in for high gloss... view more

D.E.H.™ 615 by Olin acts as a low temperature curing agent. It is a solvent-free mannich base (beta-amino-ketone) epoxy resin. It is a low viscosity version of D.E.H. 614. It is over-coatable after... view more

D.E.H.™ 619 by Olin is a solvent-free modified mannich base (beta-amino-ketone) epoxy resin. Acts as a curing agent. Exhibits improved chemical resistance. D.E.H.™ 619 is suitable for use in... view more

D.E.H.™ 630 by Olin acts as a low-temperature curing agent. It is a highly reactive (non-mannich based) epoxy resin. Exhibits improved EH&S profile, better chemical resistance and UV stability over... view more

Phenolic hardner and a reaction product of liquid epoxy resin and bisphenol- A containing a curing accelerator and a polyacrylate flow modifier. Used for powder coating applications. Offers... view more

D.E.H.™ 800 by Olin is a solvent-free, APEO-free, low odor aqueous polyamine adduct solution. Acts as a waterborne epoxy curing agent. Exhibits emulsification capability and offers visible end of... view more

D.E.H.™ 805 by Olin is a solvent-free, APEO-free, low odor aqueous polyamine adduct solution. Acts as a waterborne epoxy curing agent. Exhibits emulsification capability and offers visible end of... view more

D.E.H.™ 806 by Olin is a solvent-free, APEO-free, low odor aqueous polyamine adduct solution. Acts as a waterborne epoxy curing agent. Exhibits compatibility with zinc-phosphate anti-corrosion... view more

D.E.H.™ 81 by Olin is a solid phenol with intermediate reactivity. Acts as a curing agent. It contains curing catalyst and polyacrylate flow modifier. Exhibits good water spot and chemical... view more

D.E.H.™ 813 by Olin is a solvent-free, APEO-free, low odor aqueous polyamine adduct solution. Acts as a waterborne epoxy curing agent. Exhibits emulsification capability and compatibility with... view more

D.E.H.™ 82 by Olin is a solid phenolic resin with high reactivity. Acts as a curing agent. It contains curing catalyst and polyacrylate flow modifier. Can be used in low temperature applications in... view more

D.E.H.™ 84 by Olin is an unmodified solid reaction product of liquid epoxy resin and bisphenol A containing about 2% of a curing accelerator. Acts as a curing agent. D.E.H.™ 84 by Olin is designed... view more

D.E.H.™ 85 by Olin is an unmodified solid reaction product of liquid epoxy resin and bisphenol A. Acts as a curing agent. D.E.H.™ 85 by Olin is designed for use in epoxy powder coatings... view more

D.E.H.™ 860 by Olin is a solvent-free, APEO-free, low odor aqueous polyamine adduct solution. Acts as a waterborne epoxy curing agent. Exhibits emulsification capability and can be subsequently... view more