| Desciption / Product Performance | All range of density of slab foam | TEDA Crystalline |
| Desciption / Product Performance | All range of density of slab foam | 33-LV |
| Hegrecat TA 101 S | Desciption / Product Performance | Non Emission Gel catalyst based on TEDA | NA |
| 33% Triethylenediamine in 67% MEG | Shoe Sole with MEG as cross linker | EG |
| 25% Triethylenediamine in BDO | Shoe sole with BDO as cross linker | 25S |
| Formulated catalyst gives good gel and blow property | Wide range of slab foam | A 230 |
| Modified TEDA to delay cream and improve cure for EG system | Shoe Sole system to reduce demold time | 1027 |
| Modified TEDA to delay cream and improve cure for BDO system | Shoe Sole system to reduce demold time | 1028 |
| Delayed Gel Catalyst based on acid blocked technology | Delayed cream to provide good flow | 8154 |
| Hegrecat TA 111 | Delayed Gel Catalyst based on acid blocked technology | Delayed cream to provide good flow | AS 33 |
| Delayed blow Gel Catalyst based on acid blocked technology | Delayed cream to provide good flow | C 225 |
| Formulated catalyst gives good blow efficiency | Low density with high level of blowing agent (Methylene chloride) | CS 90 |
| Blow catalyst with additional hardening effect | Foam gives extra hardness from catalyst | SMP |
| 100% 2-(2-dimethylaminoethyloxy)-N,N-dimethylethanamine | Filled Foam, HLB foam, Low density foam, HR Slab Foam | BL19, A99, ZR20 |
| 70% 2--(2-dimethylaminoethyloxy)-N,N-dimethylethanamine in DPG | Filled Foam, HLB foam, Low density foam, HR Slab Foam | A1, BL11 |
| Delayed gel catalyst based on mild and non corrosive acid blocked technology | Molded foam needs good flow | A300 |
| Delayed blow catalyst based on mild and non corrosive acid blocked technology | Molded foam needs good flow | A400 |
| Delayed blow catalyst based on acid blocked technology | Molded foam needs good flow | BL17 |
| Standard weak blow catalyst, DMEA | General rigid foam system | DMEA |
| Benzyldimethylamine | Rigid Foam to reduce friability and improve cure | BDMA |
| Standard Gel catalyst , DMCHA | Rigid Foam to catalysis gel reaction | PC 8 |
| Standard Blow catalyst, PMDETA | Rigid Foam to catalysis blow reaction | PC 5 |
| Standard cure catalyst, Triazine | Rigid Foam to promote trimer reaction | PC 41 |
| Conventional catalyst for rigid foam, 2,4,6-Tris(dimethylaminomethyl)phenol | Rigid Foam to promote trimer reaction | TMR 30 |
| N,N,N',N'',N''- Tetramethyl -1,6 - hexanediamine | General rigid foam system | DMDEE |
| Quaternary Ammonium Salt, uniformed and controlled rise profile, improve friability | Promote Trimerization in PUR and PIR Foam | TMR 2 |
| 2,2'- dimorpholinodiethylether amine DMDEE | Standard catalyst for One Component Foam (OCF) | DMDEE |
| Bis [ 3- 9dimethylamino0 propyl ] amine | Specialty application with low emission property | PC 15 |
| N,N,N',N'',N''-pentamethyldipropylenetriamine | Specialty application with low emission property | PC 77 |
| Hegrecat LA108 | 2 - [[ 3-dimethylamino)propyl] methylamino] ethanol | Specialty application with low emission property | PC 17 |
| Hegrecat LA109 | Bis 3 dimethylaminopropylamine - n,ndimethylpropanediamine | Specialty application for rigid with reduced order and better curer | PC 9 |
| Hegrecat LA110 | N- [ 2- ( dimethylamino) ethyl ] - N methylethanol amine | Specialty application with low emission property | T |
| Hegrecat LA160 | Surface cure catalyst to cure at lower molded temperature | Molded foam of low mold temperature | D 60 |
| Hegrecat LA170 | 2 - (2 - dimethylaminoethoxy) ethanol | Specialty application with low emission property | ZR 70 |
