| Product Number | 4637-1-0N |
| Purity | 95 % |
| CAS | 807624-20-0 |
| MDL Number | MFCD11042238 |
| Molecular Formula | C16H21N3O2 |
| Molecular Weight | 287.363 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4637-1-0N
CAS: 807624-20-0
Molecule Weight: 287.363
Formula: C16H21N3O2
PN: 4H48-1-X8
CAS: 186650-98-6
Molecule Weight: 287.363
Formula: C16H21N3O2
PN: 4H56-1-03C
CAS: 1027911-78-9
Molecule Weight: 301.39
Formula: C17H23N3O2
PN: 4H58-1-NH
CAS: 361345-37-1
Molecule Weight: 291.395
Formula: C16H25N3O2
![4-[(Aminomethyl)phenyl]piperazine, N1-Boc 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)
PN: 4H51-1-92
CAS: 852180-47-3
Molecule Weight: 291.395
Formula: C16H25N3O2
PN: 4H51-1-0D
CAS: 197638-83-8
Molecule Weight: 290.363
Formula: C16H22N2O3
PN: 4H56-1-0LN
CAS: 77278-63-8
Molecule Weight: 262.353
Formula: C15H22N2O2
PN: 4H21-1-PD
CAS: 193818-13-2
Molecule Weight: 306.362
Formula: C16H22N2O4
TSCA: Not listed on TSCA inventory