Accelerator 2950 by Huntsman Advanced Materials is an effective accelerator. It acts as a co-hardener when used in combination with polyamines, polyamidoamines, polyurethane and their adducts. It is... view more

Accelerator 3130 by Huntsman is a catalyst. It provides decreased corrosion and chemical resistance. It is suitable for solvent-borne and solvent-free coating systems... view more

Accelerator 400 by Huntsman is a curing promoter. It is designed for use with JEFFAMINE® curing agents. It is compatible with most amines and can be used in amine-cured epoxy systems. Accelerator... view more

Accelerator 960-1 by Huntsman Advanced Materials acts as a catalyst. Exhibits a low-mix viscosity at room temperature in combination with a long pot life. Shows good fiber impregnation properties... view more

Polyamidoamine. Acts as a curing agent. It exhibits high viscosity, extremely long working times, non-tacky films after pre-reaction, very good adhesion and flexibility. Provides very high degree... view more

Polyamidoamine. Acts as a curing agent. It exhibits extremely long working times, non-tacky films after pre-reaction, very good adhesion and flexibility. Provides very high degree of anti-corrosion... view more

Aradur® 125 by Huntsman acts as a curing agent. It possesses high viscosity. It provides long working times, non-tacky films after pre-reaction and very high degree of corrosion protection. It... view more

Polyamidoimidazoline. Acts as a curing agent. It can formulate heat-resistant epoxy resin mortars. Exhibits very high degrees of adhesion and flexibility along with good corrosion protection... view more

Polyamidoimidazoline. Acts as a curing agent. It exhibits medium-viscosity. In formulations with a high binder content a degree of residual tackiness may remain, and smearing may occur, particularly... view more

Polyamine. Suitable for flexibilizing and hydrophobizing coatings. It exhibits low viscosity. Nonylphenol-free. When used along with suitable epoxy resins, it provides improved curing rate with a... view more

Aliphatic polyamine. Acts as a hardener and corrosoin inhibitor. It exhibits low-viscosity, good resistance to aliphatic and aromatic hydrocarbons, very good mechanical properties following optimal... view more

Meta-xylylenediamine. Acts as a hardener and corrosion inhibitor. It exhibits low-viscosity, predominantly good adhesion to concrete and sand-blasted steel, very good mechanical properties and... view more

Polyamidoimidazoline. Acts as a curing agent. In combination with suitable resins Aradur 224 exhibits very long pot life, good mechanical properties when force cured (2 h at 60 – 80 °C). Complies... view more

Hardener. It is a formulated fast cure amine. Exhibits good surface properties without sensitivity to atmospheric humidity. Used for low temperature cure and chemical resistant coatings. Complies... view more

Polyaminoimidazoline. In formulations with a high binder content a degree of residual tackiness may remain, and smearing may occur, particularly at low working temperatures. Under these conditions... view more

Polyetherurethanamine. It exhibits high viscosity. When used along with suitable epoxy resins, it provides a relatively high degree of flexibility, even at low temperatures in the region of -10 °C... view more

Formulated polyamine adduct. It acts as a curing agent. Exhibits exceptional low tendency to yellowing and chalking. Provides resistance to mechanical stress and possesses compatibility with epoxy... view more

Cycloaliphatic polyamine. Acts as a hardener and corrosion inhibitor. It exhibits very good mechanical properties following optimal cure, good color stability, good resistance to aqueous neutral and... view more

Polymercaptan formulation. It acts as a curing agent. Exhibits unusually high level of reactivity, short pot life, very rapid curing, stabilization, relatively good flexibility, limited resistance... view more

Araldite® DY 3601 by Huntsman acts as a difunctional epoxy reactive diluent. It is an aliphatic diglycidyl ether. It possesses low molecular weight, low viscosity, higher vapor pressure and... view more