![[1,3'-Biazetidin]-3-ol hydrochloride](data:image/png;base64,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)
| Product Number | 4H02-5-09 |
| CAS | 1449117-28-5 |
| MDL Number | MFCD23097064 |
| Molecular Formula | C6H13ClN2O |
| Molecular Weight | 164.63 |
| Units | Price (USD) | Availability |
|---|
PN: 4H02-5-09
CAS: 1449117-28-5
Molecule Weight: 164.63
Formula: C6H13ClN2O
PN: 4H03-5-05
CAS: 1403766-73-3
Molecule Weight: 215.12
Formula: C7H16Cl2N2O
PN: 4156-1-64
CAS: 102-60-3
Molecule Weight: 292.42
Formula: C14H32N2O4
PN: 4H01-5-18
CAS: 54431-32-2
Molecule Weight: 151.63
Formula: C6H14ClNO
![2-[4-(Butan-2-yl)piperazin-1-yl]ethan-1-ol dihydrochloride](data:image/png;base64,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)
PN: 4H01-5-07
CAS: 1176419-59-2
Molecule Weight: 259.22
Formula: C10H24Cl2N2O
PN: 4H56-1-NV
CAS: 13156-06-4
Molecule Weight: 115.176
Formula: C6H13NO
PN: 4H02-5-R1
CAS: 1449131-16-1
Molecule Weight: 178.66
Formula: C7H15ClN2O
PN: 4H02-5-S1
CAS: 1449131-14-9
Molecule Weight: 178.66
Formula: C7H15ClN2O
TSCA: Not listed on TSCA inventory