| Product Number | 3H30-1-63 |
| CAS | 113310-52-4 |
| MDL Number | MFCD08274989 |
| Molecular Formula | C11H16N2 |
| Molecular Weight | 176.263 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3H30-5-8H
CAS: 1159824-20-0
Molecule Weight: 249.18
Formula: C11H18Cl2N2
PN: 3H30-1-LB
CAS: 1260864-79-6
Molecule Weight: 190.29
Formula: C12H18N2
PN: 3H30-5-8J
CAS: 1187174-03-3
Molecule Weight: 249.18
Formula: C11H18Cl2N2
PN: 4H54-1-32
CAS: 26905-03-3
Molecule Weight: 206.245
Formula: C11H14N2O2
![N-[3-(4-Aminophenyl)propyl]-N,N-dimethylamine](data:image/png;base64,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)
PN: 3732-1-X8
CAS: 42817-60-7
Molecule Weight: 178.279
Formula: C11H18N2
PN: 3H31-1-DQ
CAS: 59083-39-5
Molecule Weight: 175.275
Formula: C12H17N
TSCA: Not listed on TSCA inventory
