![Methyl [4-(trifluoromethyl)piperidin-1-yl]acetate](data:image/png;base64,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)
| Product Number | 4H23-3-69 |
| CAS | 860343-95-9 |
| MDL Number | MFCD09865019 |
| Molecular Formula | C9H14F3NO2 |
| Molecular Weight | 225.211 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory