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hydrochloride](data:image/png;base64,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)
| Product Number | 4156-7-14 |
| Purity | 98 % |
| CAS | 1286744-01-1 |
| MDL Number | MFCD17677133 |
| Molecular Formula | C6H10ClF6NO2 |
| Molecular Weight | 277.59 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory