Versamid® 100 IT 60 by BASF is an isopropanol/toluene solution of a semi-solid, reactive polyamide resin. It can also acts as curing agent. Versamid® 100 IT 60 has a long pot life, short tack-free... view more

Versamid® 100 P77.5 by BASF is a n-propanol solution of a semi-solid, reactive polyamide resin. It can also acts as curing agent. Versamid® 100 P77.5 has a long pot life, short tack-free time and... view more

Versamid® 100 PMX 60 by BASF is a propylene glycol monomethyl ether and xylene solution of a semi-solid, reactive polyamide resin. It can also acts as curing agent. Versamid® 100 PMX 60 has a long... view more

Versamid® 100 T60 by BASF is a toluene solution of a semi-solid, reactive polyamide resin. It can also acts as curing agent. Versamid® 100 T60 has a long pot life, short tack-free time and high... view more

Versamid® 100 X 65 by BASF is a xylene solution of a semi-solid, reactive polyamide resin. It can also acts as curing agent. Versamid® 100 X 65 has a long pot life, short tack-free times and a high... view more

Versamid® 115 SC 70 by BASF is a reactive polyamide resin solution. It can also acts as curing agent. Versamid® 115 SC 70 provides superior corrosion resistance and excellent resistance properties... view more

Versamid® 253 by BASF is polyamide resin. It can also acts as curing agent. Versamid® 253 is a low viscosity resin with a fast cure rate that provides excellent corrosion and chemical resistance... view more

Versamid® 280 B 75 by BASF is a polyamide/epoxy adduct in n-butanol. Acts as a curing agent. Provides excellent solvent and chemical resistance. Shows excellent compatibility with solvent-free... view more

Versamid® 283 by BASF is polyamide resin. It can also acts as curing agent. It is a low viscosity resin that has high solid and low VOC capability. Versamid® 283 provides high gloss and excellent... view more

Thermoplastic polyamide resin based on dimerized vegetable acid and amines. Provides very good pigment wetting and gloss development. Exhibits superb alcohol reducibility and low temperature gel... view more