![4-[(Pentafluoroethyl)sulfanyl]butan-1-amine](data:image/png;base64,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)
| Product Number | 7166-3-14 |
| Synonyms | 4-Pentafluoroethylsulfanylbutylamine |
| CAS | 1208078-79-8 |
| MDL Number | MFCD23381922 |
| Molecular Formula | C6H10F5NS |
| Molecular Weight | 223.21 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory