Teraspartic® 277 is an amine-functional resin whose chemical structure provides a unique reactivity with polyisocyanates. Polyaspartic coatings can be produced with reactivity and curing speeds from about 15 minutes to two hours or more, depending on ambient and substrate temperatures. Higher temperatures speed the curing of a coating, while lower temperatures result in a slower curing speed. Higher levels of humidity also increase the curing speed.

Teraspartic® 292 is is an amine-functional resin whose chemical structure provides a unique reactivity with polyisocyanates. Polyaspartic coatings can be produced with reactivity and gellation speeds from about 15 minutes to two hours or more, depending on ambient and substrate temperatures. Higher temperatures speed the curing of a film, while lower temperatures result in a slower curing speed. Humidity also plays an important role.

Teraspartic® 295 is is an amine-functional resin whose chemical structure provides a unique reactivity with polyisocyanates and pre-polymers. Polyaspartic coatings based on Teraspartic® 295 can be produced with reactivity and gellation speeds from about 50 minutes to 60 minutes or more, depending on ambient and substrate temperatures, longer than any other polyaspartic amine. Higher temperatures speed the curing of a film, while lower temperatures result in a slower curing speed. Humidity also plays an important role.

Teraspartic® 230 is an amine-functional resin whose chemical structure provides a unique reactivity with polyisocyanates. Polyaspartic coatings based on Teraspartic® 230 can be produced with high reactivity and fast curing speeds of 1 to 2 minutes, depending on ambient temperature and with a trimer-type isocyanate. Higher temperatures speed the curing of a film, while lower temperatures result in a slower curing speed. Higher levels of humidity also increase the curing speed.