| Product Number | 3H31-5-8U |
| Purity | 95 % |
| CAS | 51747-00-3 |
| MDL Number | MFCD14583121 |
| Molecular Formula | C10H16Cl2N2 |
| Molecular Weight | 235.15 |
| Units | Price (USD) | Availability |
|---|
PN: 3H31-5-8U
CAS: 51747-00-3
Molecule Weight: 235.15
Formula: C10H16Cl2N2
PN: 3H31-5-8R
CAS: 1198416-89-5
Molecule Weight: 184.67
Formula: C9H13ClN2
PN: 3H32-1-U4
CAS: 150281-45-1
Molecule Weight: 148.209
Formula: C9H12N2
![2-[(Piperidin-4-yl)methyl]pyridine dihydrochloride](data:image/png;base64,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)
PN: 3H31-5-Z1
CAS: 886886-02-8
Molecule Weight: 249.18
Formula: C11H18Cl2N2
TSCA: Not listed on TSCA inventory
