![[1-(Pyridin-2-yl)piperidin-4-yl]methanamine](data:image/png;base64,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)
| 3H30-1-BQ | |
| % | |
| 170353-28-3 | |
| MFCD16110363 | |
| C11H17N3 | |
| 191.278 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 3H30-1-BQ
CAS: 170353-28-3
Molecule Weight: 191.278
Formula: C11H17N3
PN: 3H30-1-FR
CAS: 144465-94-1
Molecule Weight: 177.251
Formula: C10H15N3
PN: 3H30-1-WU
CAS: 4945-46-4
Molecule Weight: 177.251
Formula: C10H15N3
PN: 4H56-1-6G
CAS: 685827-70-7
Molecule Weight: 206.245
Formula: C11H14N2O2
PN: 3H30-1-WQ
CAS: 35980-78-0
Molecule Weight: 177.251
Formula: C10H15N3
PN: 4H01-1-53
CAS: 199117-78-7
Molecule Weight: 178.235
Formula: C10H14N2O
PN: 4H01-1-2E
CAS: 888070-04-0
Molecule Weight: 192.262
Formula: C11H16N2O
PN: 3H32-9-FQ
CAS: 24255-98-9
Molecule Weight: 241.132
Formula: C10H13BrN2
Melting Point: 300 ℃
TSCA: Not listed on TSCA inventory