![2,8-Difluoro-5-(trifluoromethl)-5H-dibenzo[b,d]thiophen-5-ium triflate](data:image/png;base64,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)
| Product Number | 6H64-3-08 |
| Synonyms | Umemoto's reagent II |
| Purity | 98 % |
| CAS | 1961266-44-3 |
| MDL Number | MFCD30725753 |
| Molecular Formula | C14H6F8O3S2 |
| Molecular Weight | 438.31 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory