TYTAN™ CA-B224 by Borica is a bismuth based (24% Bi) grade. Acts as an organometallic catalyst. Exhibits a similar reaction profile as DBTDL and offers slow to moderate speed. Provides reduced... view more

TYTAN™ CA-MX16 by Borica is a zinc and bismuth mixture based grade. Acts as an organometallic catalyst. Offers reduced toxicity with higher selectivity and less gassing in the presence of moisture... view more

TYTAN™ CA-Z119 by Borica is a zinc based (19% Zn) grade. Acts as an organometallic catalyst. Exhibits lower activity and longer pot life. Provides reduced toxicity with higher selectivity and less... view more

TYTAN™ CA-Z222 by Borica is a zinc based (22% Zn) grade. Acts as an organometallic catalyst. It shows lower activity but has a longer pot life. Offers reduced toxicity with higher selectivity and... view more

IRODUR® C 720 by Huntsman is a polyisocyanate grade. Acts as a crosslinking & curing agent for two-component polyurethane and polychloroprene adhesives. Offers optimum cohesion & adhesion and... view more

IRODUR® E 320 by Huntsman is a polyisocyanate grade. Acts as a crosslinking & curing agent for two-component polyurethane and polychloroprene adhesives. Offers optimum cohesion & adhesion, and... view more

IRODUR® E 359 by Huntsman is a polyisocyanate grade. Acts as a crosslinking & curing agent for two-component polyurethane and polychloroprene adhesives. Offers optimum cohesion & adhesion, and... view more

IRODUR® E 667 by Huntsman is a polyisocyanate grade. Acts as a crosslinking & curing agent for two-component polyurethane and polychloroprene adhesives. Offers optimum cohesion & adhesion, and... view more

IRODUR® E 730 by Huntsman is a polyisocyanate grade. Acts as a crosslinking & curing agent for two-component polyurethane and polychloroprene adhesives. Offers optimum cohesion & adhesion, and... view more

It acts as an adhesion promoter and biocide. It creates permanent bonding to surface through the use of highly reactive carbene chemistry. Carbenes can react with almost anything, even... view more