| Product Number | 4H56-5-3F |
| CAS | 1185318-98-2 |
| MDL Number | MFCD09877671 |
| Molecular Formula | C11H17ClN2O |
| Molecular Weight | 228.72 |
| Units | Price (USD) | Availability |
|---|
PN: 4H56-5-3F
CAS: 1185318-98-2
Molecule Weight: 228.72
Formula: C11H17ClN2O
![2-[(Piperidin-4-yl)oxy]pyridine dihydrochloride](data:image/png;base64,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)
PN: 4H56-5-T5
CAS: 313490-36-7
Molecule Weight: 251.15
Formula: C10H16Cl2N2O
PN: 4H56-1-342
CAS: 127806-46-6
Molecule Weight: 178.235
Formula: C10H14N2O
PN: 4H56-5-DY
CAS: 1420994-15-5
Molecule Weight: 214.69
Formula: C10H15ClN2O
PN: 4H56-5-3G
CAS: 1185308-30-8
Molecule Weight: 228.72
Formula: C11H17ClN2O
PN: 4H56-1-987
CAS: 900511-94-6
Molecule Weight: 192.262
Formula: C11H16N2O
PN: 4H56-5-3D
CAS: 1185310-94-4
Molecule Weight: 228.72
Formula: C11H17ClN2O
TSCA: Not listed on TSCA inventory
