| Product Number | 4H56-3-E8 |
| CAS | 1417789-24-2 |
| MDL Number | MFCD21364494 |
| Molecular Formula | C6H12FNO |
| Molecular Weight | 133.166 |
| Units | Price (USD) | Availability |
|---|
PN: 4H56-3-E8
CAS: 1417789-24-2
Molecule Weight: 133.166
Formula: C6H12FNO
![rel-[(3S,4R)-3-Fluoro-4-piperidyl]methanol](data:image/png;base64,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)
PN: 4H56-7-2J
CAS: 895577-96-5
Molecule Weight: 169.62
Formula: C6H13ClFNO
PN: 4H56-7-2Z
CAS: 1258638-14-0
Molecule Weight: 187.61
Formula: C6H12ClF2NO
PN: 4H58-7-51
CAS: 1781035-24-2
Molecule Weight: 183.61
Formula: C6H11ClFNO2
TSCA: Not listed on TSCA inventory