| Product Number | 3H32-7-06 |
| Purity | 97 % |
| CAS | 1211010-30-8 |
| MDL Number | MFCD09027451 |
| Molecular Formula | C9H6ClF3N2 |
| Molecular Weight | 234.61 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| 1 g | 95 | Contact for Availability | |
| 5 g | 285 | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 3H32-7-06
CAS: 1211010-30-8
Molecule Weight: 234.61
Formula: C9H6ClF3N2
PN: 3H32-7-72
CAS: 1209789-75-2
Molecule Weight: 288.58
Formula: C9H3ClF6N2
PN: 3H32-7-70
CAS: 175135-13-4
Molecule Weight: 220.58
Formula: C8H4ClF3N2
![4-Chloro-6-(trifluoromethyl)-1H-benzo[d]imidazol-2-thiol](data:image/png;base64,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)
PN: 7H61-7-02
CAS: 175135-18-9
Molecule Weight: 252.64
Formula: C8H4ClF3N2S
PN: 3H31-7-0R
CAS: 107430-29-5
Molecule Weight: 234.61
Formula: C9H6ClF3N2
PN: 4H56-3-EJ
CAS: 6758-34-5
Molecule Weight: 216.163
Formula: C9H7F3N2O
PN: 3H31-7-Y0
CAS: 1360940-71-1
Molecule Weight: 220.58
Formula: C8H4ClF3N2
PN: 3H31-3-4C
CAS: 399-69-9
Molecule Weight: 254.135
Formula: C9H4F6N2
Hazard Statement: H315-H319-H335
TSCA: Not listed on TSCA inventory