Aradur® 850 by Huntsman is an aromatic amine-based hardener. Offers high chemical resistance (organic acids) and absolutely no blushing. Suitable for liquid epoxy resins. Aradur® 850 has extremely... view more

Aradur® 90 by Huntsman is a polymercaptan formulation. It is a benzyl alcohol-free curing agent. Exhibits high level of reactivity, short pot life, very rapid curing, stabilization, relatively good... view more

Aradur® 9506 by Huntsman is a latent modified polyamine hardener. It exhibits high reactivity above 100°C, low solubility and outstanding latency at room temperature when blended with epoxy resins... view more

Aradur® 956-2 by Huntsman is a polyamine-based hardener. It is a low viscosity amine adduct. It is light colored and very reactive. Suitable for liquid epoxy resins. Aradur® 956-2 is used for room... view more

Aradur® 9664-1 by Huntsman is a curing agent used with Araldite® epoxy resins. It is 4,4' diaminodiphenylsulfone grade. Exhibits excellent thermal stability and high temperature properties with... view more

Aradur® 976-1 by Huntsman is a 4,4' diaminodiphenylsulfone based high performance hardener used with Araldite® epoxy resins. It is an aero grade. Possesses excellent thermal stability, outstanding... view more

Araldite® BY 158 is a BPA epoxy resin by Huntsman. It contains a di-functional reactive diluent. Depending on the aradurs selected, low to highly reactive injection systems can be formulated that... view more

Araldite® DY 026 by Huntsman is a diglycidylether of butanediol. Acts as a monofunctional reactive diluent for epoxy resins. Araldite® DY 026 is an aero and electronic grade... view more

Araldite® DY 1158 by Huntsman is epoxy silane-based adhesion promoter. It has low viscosity with unique substituents. It is also suitable as flexibilizer in epoxy formulations. It is used in high... view more

Phenol terminated polyether adduct. It is toom temperature stable and low viscosity intermediate. Possesses good chemical resistance. Used in exterior vehicle (OEM), interior vehicle (OEM), vehicle... view more

Araldite® DY 3601 by Huntsman is a difunctional reactive diluent for epoxy resins. It is also suitable as a flexibilizer. It exhibits low molecular weight, low viscosity, higher vapor pressure and... view more

Modified liquid epoxy resin. It is Bisphenol-A based epoxy resin. Exhibits low viscosity. Temperature stable. Suitable for curing epoxy systems. Provides good adhesion. Applications include... view more

Araldite® DY-C is a difunctional, aliphatic, reactive diluent for epoxy resins. Offers moderate to low viscosity and improved processability. It has less tendency to turn yellow. Provides virtually... view more

Araldite® DY-D is a difunctional reactive diluent for epoxy resins by Huntsman. Chemically based on diglycidylether of butanediol. Shows a fair to good reduction of viscosity, elimination of... view more

Araldite® DY-E is a monoglycidylether of C12-C14 alcohol by Huntsman. It is a monofunctional, aliphatic, reactive diluent for epoxy resins. It has a very clear reduction in viscosity and reactivity... view more

Araldite® DY-F by Huntsman is a difunctional, aliphatic, reactive diluent for epoxy resins. It can be mixed with unmodified BPA or BPF epoxy resins to formulate low viscosity epoxy resins. It offers... view more

Araldite® DY-H by Huntsman is based on Diglycidylether of 1.6-hexanediol with low molecular weight and high vapor pressure. It is a difunctional, aliphatic, reactive diluent that may be mixed with... view more

Araldite® DY-K by Huntsman is a monoglycidylether of cresol based monofunctional, aromatic, reactive diluent. It is used to formulate low viscosity epoxy resins. Araldite® DY-K has a low molecular... view more

Long-chain aliphatic triglycidyl ether. It is trifunctional and aliphatic. Suitable for use both as a flexibilizer and as a reactive diluent. Exhibits moderate lowering of viscosity, very marked... view more

Monoglycidylether of p-tert. butylphenol. Acts as a monofunctional, aromatic, reactive diluent for epoxy resins. Has a moderate to marked lowering of viscosity and very marked lowering of... view more