Catalysts for Shoe Sole
We provide a wide range of catalysts, applied to different product systems-polyester and polyether systems
Model | Blow | Balanced | Gel | Delayed Action | Reaction Amine | Non-emission |
TEDA | ★ | |||||
Triethylenediamine solid, standard gel catalyst for multi-purpose use | ||||||
AC33(EG) | ★ | |||||
Strong gel catalyst, 33% TEDA and 67% Ethylene glycol, widely used in MEG extended microcellular applications | ||||||
AC25(BDO) | ★ | |||||
Strong gel catalyst, 25% TEDA and 75% 1,4 butanediol. | ||||||
AC1027 | ★ | |||||
Non-acid-blocked, for MEG extended polyester and polyether systems. Rapid demold, increases processing flexibility. | ||||||
AC1028 | ★ | |||||
Non-acid-blocked, for BDO extended polyester and polyether systems. Rapid demold, increases processing flexibility. | ||||||
AC1029 | ★ | ★ | ||||
Delayed action catalyst, extends cream time and provides improved flowability, while keeping fast demolding | ||||||
AC11 | ★ | |||||
Standard blown catalyst, 70% didimethylaminoethyl ether + 30% dipropylene glycol solution | ||||||
ACD17 | ★ | ★ | ||||
Acid-blocked Al, delayed-action Catalyst | ||||||
KTM600 | ★ | ★ | ||||
Non-acid blocked, can improve fast demold. | ||||||
BA1500 | ★ | ★ | ★ | |||
Reactive catalyst, can improve flow. None emission |
AC (Amine Catalyst) ACD (Amine Catalyst Delay)
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