| Product Number | 4H56-1-S18 |
| Purity | 97.0 % |
| CAS | 193693-69-5 |
| MDL Number | MFCD08704693 |
| Molecular Formula | C13H14N2O2 |
| Molecular Weight | 230.267 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-1-S18
CAS: 193693-69-5
Molecule Weight: 230.267
Formula: C13H14N2O2
PN: 4H51-1-24
CAS: 161609-84-3
Molecule Weight: 244.294
Formula: C14H16N2O2
PN: 4H56-1-R08
CAS: 192214-05-4
Molecule Weight: 235.283
Formula: C13H17NO3
PN: 4H56-1-S19
CAS: 124391-76-0
Molecule Weight: 235.283
Formula: C13H17NO3
PN: 4H56-1-05J
CAS: 315718-05-9
Molecule Weight: 235.283
Formula: C13H17NO3
PN: 4H51-1-90
CAS: 157023-34-2
Molecule Weight: 248.326
Formula: C14H20N2O2
![4-[(Methylamino)methyl]piperidine, N1-Cbz 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)
PN: 4H56-1-XY
CAS: 876316-35-7
Molecule Weight: 262.353
Formula: C15H22N2O2
TSCA: Not listed on TSCA inventory
