![2-[(2-Chloro-1,1,2-trifluoroethoxy)methyl]oxirane](data:image/png;base64,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)
| Product Number | 2110-7-01 |
| CAS | 122502-50-5 |
| MDL Number | MFCD16619624 |
| Molecular Formula | C5H6ClF3O2 |
| Molecular Weight | 190.55 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
Boiling Point: 130 ℃ @ 76 mmHg
TSCA: Not listed on TSCA inventory
HTN: 2910.90.9000