| NO. | Application | Prodution | Grade No. | Chemical Name | Features |
| 1 | Flexible Foam & Rigid Foam | Amine Catalyst | A-1 | Amine Catalyst A1 | Be strong blowing catalysis Improved processability across a wide
range of densities and formulations |
| 2 | Flexible Foam & Rigid Foam | Amine Catalyst | A 33 | Amine catalyst A33 | Help achieve excellent results in flexible foam formulations -
especially with the |
| 3 | Flexible Foam & Rigid Foam | Amine Catalyst | BDMA | N,N-Dimethylbenzylamine | Used in PU rigid foam and flexible slabstock foam for curing,
improved demold and reduce friability |
| 4 | Flexible Foam | Tin Catalyst | T9 | Tin(II) 2-ethylhexanoate | To be used for the gelation reaction during the foaming of
polyether-polyurethane, and can also be used as an anti-aging agent
for polyurethane foam. |
| 5 | Flexible Foam | Foam Harder | VH-60 | Foam Harder | It is especially suitable for high-load-bearing foams foamed with
liquid carbon dioxide and used in combination with both
conventional polyols and polymer polyols to improve the
load-bearing capacity of the foam. |
| 6 | Flexible Foam | Foam Harder | VH-90 | Foam Harder | Mainly used in the production of flexible polyether block foams and
effectively increase the hardness of the foam. |
| 7 | Flexible Foam | Foam Processor | V-442S | PU Processor | To decreasing the odour of polyurethane foams , No effect to the
VOC of final products and High compatibility with other additives. |
| 8 | Rigid Foam | PMDETA | PC5 | Pentamethyldiethylenetriamine | To highly active catalyst for polyurethane reaction. It mainly
catalyzes the foaming reaction and is also used to balance the
overall foaming and gelation. |
| 9 | Rigid Foam | DMCHA | PC8 | N,N-Dimethylcyclohexylamine | Standard gel catalyst. Effective but strong smell |
| 10 | Rigid Foam | Amine Catalyst | PC41 | N,N',N′'-Dimethylaminopropylhexahydrotriazine | Versatile catalyst, mainly used for improved cure in appliance.
Highly active trimerization co-catalyst with excellent foaming
properties, typically used in combination with other catalysts. |
| 11 | Rigid Foam | Trimerization Catalys | PC46 | Potassium Acetate | To promote isocyanurate reaction (trimerization catalyzed reaction)
in PIP system of polyurethane rigid foams, which can be used in
various rigid foam |
| 12 | Rigid Foam | Amine Catalyst | PC77 | Pentamethyldipropylenetriamine | Gel catalyst and helps improve friability. |
| 13 | Rigid Foam | Potassium Octoate Catalyst | K15 | Potassium 2-ethylhexanoate | Excellent chemical stability and Stable acid value and molecular
weight with good catalytic effect. |
| 14 | Rigid Foam | Amine Catalyst | DABCO VT-31 | Amine catalyst | To be Shortened foam curing duration and Higher production rates |
| 15 | Rigid Foam& Flexible Molded Foam | Amine Catalyst | DABCO VT-2 | 2-Hydroxy-N,N,N-Trimethyl-1-Propylamine Formate | With excellent trimerization catalyst and high isocyanates
conversion.
To provides more delayed action and Improve curing |
| 16 | Rigid Foam& CASE | Tin Catalyst | DBTDL T12 | Dibutyltin Dilaurate | To accelerates the connection of the individual reaction partners
to reduce the curing time. |
| 17 | HR Foam | Amine Catalysts | VS-300 | Delayed Amine Catalyst | Improved flow in the mold and Easier production of complex products |
| 18 | HR Foam | Amine Catalysts | VS-400 | Delayed Amine Catalyst | Delayed blowing catalyst and applicable to HR cold molded foam,
especially for car seat. |
