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)
| Product Number | 4H07-3-23 |
| CAS | 1208080-64-1 |
| MDL Number | MFCD23381904 |
| Molecular Formula | C8H12F5NO |
| Molecular Weight | 233.182 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory