![4-[2,2,2-Trifluoro-1-hydroxy-1-(trifluoromethyl)ethyl]benzonitrile](data:image/png;base64,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)
| Product Number | 4637-3-5X |
| CAS | 1810767-14-6 |
| MDL Number | MFCD32177072 |
| Molecular Formula | C10H5F6NO |
| Molecular Weight | 269.146 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory