| Product Number | 4H03-5-05 |
| CAS | 1403766-73-3 |
| MDL Number | MFCD22581551 |
| Molecular Formula | C7H16Cl2N2O |
| Molecular Weight | 215.12 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H03-5-05
CAS: 1403766-73-3
Molecule Weight: 215.12
Formula: C7H16Cl2N2O
![[1,3'-Biazetidin]-3-ol hydrochloride](data:image/png;base64,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)
PN: 4H02-5-09
CAS: 1449117-28-5
Molecule Weight: 164.63
Formula: C6H13ClN2O
PN: 4H03-1-0E
CAS: 156339-46-7
Molecule Weight: 158.245
Formula: C8H18N2O
![2-[4-(2-Methylpropyl)piperazin-1-yl]ethan-1-ol](data:image/png;base64,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)
PN: 4H56-1-DM
CAS: 34581-19-6
Molecule Weight: 186.299
Formula: C10H22N2O
TSCA: Not listed on TSCA inventory