![2-[(2-Aminoethyl)thio]ethan-1-ol](data:image/png;base64,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)
| Product Number | 8166-1-13 |
| CAS | 24304-84-5 |
| MDL Number | MFCD00154135 |
| Molecular Formula | C4H11NOS |
| Molecular Weight | 121.2 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
Boiling Point: 97-100 ℃ @ 0.4 mmHg
Density: 1.12
Flash Point: 117 ℃
TSCA: Not listed on TSCA inventory