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)
| Product Number | 4H07-3-31 |
| CAS | 1208080-29-8 |
| MDL Number | MFCD23381902 |
| Molecular Formula | C7H12F3NO |
| Molecular Weight | 183.174 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory