HF-8615 is a modified phenolic amine epoxy curing agent. Anhydrous and low viscosity, fast drying at low temperatures. Excellent chemical resistance and mechanical properties. Used for high solid epoxy coatings and adhesives.

HF-8610 is a light colored high viscosity modified phenolic amine curing agent. Solvent free, excellent curing speed and coating performance, good adhesion, high hardness, and good color stability. HF-8610 is suitable for use in anti-corrosion coatings, marine paints, fiberglass and carbon fiber structural adhesives, and building concrete primers.

HF-8201 curing agent is a low viscosity modified Cycloaliphatic Amine intended for ambient temperature curing of liquid epoxy resins. HF-8201 can resistant to a variety of chemicals. The properties make it ideal for electronic component packaging, formulating flooring, maintenance coatings, tank linings, and secondary containment linings.

YD-8115N is a yellow-brown high viscosity reactive polyamide resin, which is obtained by reacting dimerized fatty acid and polyamines. It is normally dissolved in Xylene for ease in formulation design and easier handing.

HF-830X70 is a Polyamide hardener for epoxy coatings and adhesives, with xylene diluted to 70% solid content. Good color stability, excellent corrosion resistance and bonding properties. Good miscibility with epoxy resin system.

HF-125-3 is modified Polyamide epoxy hardener which is suitable for the formulation of cold-curing,solvent-containing coatings,for application to steel and mineral substrates. Its main areas of application are in shipbuilding, anti-corrosion protection and the construction industry.

HF-115-3 is modified Polyamide epoxy hardener which is suitable for the formulation of cold-curing,solvent-containing coatings,for application to steel and mineral substrates. Its main areas of application are in shipbuilding, anti-corrosion protection and the construction industry.

HF-8140 is a relatively low viscosity polyamide epoxy curing agent. HF-8140 has good bonding strength, flexibility, insulation, and chemical resistance, and can be cured at room temperature.