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)
| Product Number | 7166-3-19 |
| Synonyms | Methyl-(2-(trifluoromethyl)sulfanylethyl)amine |
| CAS | 1208079-68-8 |
| MDL Number | MFCD17677146 |
| Molecular Formula | C4H8F3NS |
| Molecular Weight | 159.17 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory