| Name | Flexible | Molding | Sole | Description |
| ZC A1 | ▲ | A1 scientific name (dimethylaminoethyl) It is widely used in the production of all types of foams, and especially for more difficult to process flexible foams that require a highly breathable foam structure, A1 is strongly catalyzed in water and isocyanates, and is used to achieve equilibrium in the reaction of polyols and isocyanates. | ||
| ZC A33 | ▲ | ▲ | ▲ | A33 catalyst contains 33% triethylenediamine liquid catalyst, this highly active tertiary amine catalyst promotes the reaction of isocyanate with polyols, crosslinks foam, and gives flexible polyurethane foam good mechanical properties, such as the use of catalyst A1, the best performance catalyst of catalyst A33 can be obtained |
| ZC A300 | ▲ | ▲ | A300 is a delayed crosslinking catalyst designed for polyurethane molding of automotive cushions and backrests, which produces foam that is more porous but maintains the stability of the foamed formula without foaming | |
| ZC A400 | ▲ | ▲ | Delayed amine catalyst A400 is a water-soluble tertiary amine composite catalyst with delayed catalytic action for molding polyurethane foam, especially designed for the production volume of automotive cushions. A400 can be mixed with water or polyurethane polyols alone to measure long-lasting pouring times and increase open-cell foam structure | |
| ZC 8154 | ▲ | ▲ | 8154 has a delayed blowing effect, so that the milky white time growth is especially suitable for complex die grooves that need to be poured for a long time, so that the foam plastic finished product can be maintained for a long time, will not decay, and the foam has good cell opening | |
| ZC C225 | ▲ | ▲ | C225 is an excellent additive for rotary table production lines as a catalyst for rapid release of highly resilient polyurethane foam amine catalysts that use foam formation reactions to achieve equilibrium, optimize the flow of reaction compounds and reduce release time. | |
| ZC SMP | ▲ | ▲ | Similar composite tertiary amine catalysts have a lower odor, and are especially recommended for medium, medium and low density foams. | |
| ZC 9727 | ▲ | ▲ | 9727 is a medium-complex tertiary amine liquid catalyst, this highly active tertiary amine catalyst promotes the reaction of ammonium isocyanate with polyols, crosslinks foams, and gives soft isocyanate foam good mechanical properties. | |
| ZC CS90 | ▲ | ▲ | CS90 catalyst provides excellent performance in dichloromethane box foam and other traditional foaming systems, has better tolerance to tin, and has a wide range of tin use while still maintaining good foam gas flow. | |
| ZC 601 | ▲ | 601 is a low odor, low atomization reaction type use of this product sponge can achieve environmental protection, odorless completely overcome some ordinary polyurethane catalyst taste large, environmental protection unqualified shortcomings widely used high requirements sponge, slow rebound pillow, sofa and other high-end furniture products, this product not only has good environmental protection and low odor, but also can directly replace other catalysts. | ||
| ZC 33LV | ▲ | ▲ | ▲ | 33LV is a solution consisting of 33% triethylenediamine and 67% dipropylene glycol, which has the advantages of solid triethanolamine and is an easy-to-handle low-viscosity liquid. |
| ZC 1027 | ▲ | ▲ | 1027 is used for rapid release of polyurethane foam, plastic amine catalyst This catalyst can balance the foam reaction and the curing reaction, optimize the kinetic properties of the mixed matter in the reaction, and at the same time shorten the release time to form a reaction obtained | |
| ZC C300 | ▲ | C300 is a composite high-activity tertiary amine liquid catalyst developed and produced by our company for many years, especially suitable for molding alone, greatly optimizing the traditional batching process, convenient and fast, good foaming fluidity, and fast curing. | ||
| ZC BL-17 | ▲ | ▲ | ▲ | BL-17 is an active polyurethane catalyst that is widely used in all types of foam production. It has the effect of delayed foaming catalysis, which can improve fluidity and shorten the release effect. |
