![3-[(4-Aminobutyl)amino]propanenitrile](data:image/png;base64,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)
| Product Number | 3137-1-02 |
| Synonyms | N-2-Cyanoethylbutane-1,4-diamine |
| CAS | 4748-73-6 |
| MDL Number | MFCD01632443 |
| Molecular Formula | C7H15N3 |
| Molecular Weight | 141.218 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3137-1-02
CAS: 4748-73-6
Molecule Weight: 141.218
Formula: C7H15N3
PN: 3H37-1-20
CAS: 26165-45-7
Molecule Weight: 124.187
Formula: C7H12N2
TSCA: Not listed on TSCA inventory
