| Product Number | 4H07-1-42 |
| CAS | 682802-89-7 |
| MDL Number | MFCD02093536 |
| Molecular Formula | C8H18N2O |
| Molecular Weight | 158.245 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H07-1-42
CAS: 682802-89-7
Molecule Weight: 158.245
Formula: C8H18N2O
PN: 4H56-1-PF
CAS: 1254115-23-5
Molecule Weight: 142.202
Formula: C7H14N2O
PN: 4H56-1-9C
CAS: 13484-40-7
Molecule Weight: 144.218
Formula: C7H16N2O
PN: 4H56-1-757
CAS: 71850-04-9
Molecule Weight: 144.218
Formula: C7H16N2O
![[3-(4-Methylpiperazin-1-yl)oxetan-3-yl]methanamine hydrochloride](data:image/png;base64,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)
PN: 4H30-5-2N
CAS:
Molecule Weight: 221.73
Formula: C9H20ClN3O
PN: 4H22-1-11
CAS: 1706458-52-7
Molecule Weight: 232.236
Formula: C9H16N2O5
PN: 4H22-1-76
CAS: 1523571-19-8
Molecule Weight: 374.438
Formula: C16H30N4O6
![2-[4-(Propan-2-yl)piperazin-1-yl]ethan-1-ol](data:image/png;base64,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)
PN: 4H01-1-50
CAS: 103069-50-7
Molecule Weight: 172.272
Formula: C9H20N2O
TSCA: Not listed on TSCA inventory