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hydrochloride](data:image/png;base64,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)
| Product Number | 3H31-7-62 |
| CAS | 1523618-16-7 |
| MDL Number | MFCD26959065 |
| Molecular Formula | C12H16Cl2FN |
| Molecular Weight | 264.17 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory