| Product Number | 4H17-7-12 |
| CAS | 1266686-08-1 |
| MDL Number | MFCD21090478 |
| Molecular Formula | C13H18ClFN2O |
| Molecular Weight | 272.75 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H17-7-12
CAS: 1266686-08-1
Molecule Weight: 272.75
Formula: C13H18ClFN2O
PN: 4H17-7-13
CAS: 1266690-63-4
Molecule Weight: 272.75
Formula: C13H18ClFN2O
PN: 4H17-7-11
CAS: 1266694-35-2
Molecule Weight: 272.75
Formula: C13H18ClFN2O
![1-[3-(4-Fluorophenyl)propyl]piperazine dihydrochloride](data:image/png;base64,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)
PN: 3H32-7-1Z
CAS: 1266690-58-7
Molecule Weight: 295.22
Formula: C13H21Cl2FN2
TSCA: Not listed on TSCA inventory