| Product Number | 4156-5-0E |
| CAS | 33545-98-1 |
| MDL Number | MFCD02090802 |
| Molecular Formula | C9H21ClN2O2 |
| Molecular Weight | 224.73 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4156-5-0E
CAS: 33545-98-1
Molecule Weight: 224.73
Formula: C9H21ClN2O2
![tert-Butyl N-[4-(methylamino)butyl]carbamate hydrochloride](data:image/png;base64,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)
PN: 4156-5-04
CAS: 1188263-77-5
Molecule Weight: 238.76
Formula: C10H23ClN2O2
PN: 4156-1-0B
CAS: 68076-36-8
Molecule Weight: 188.271
Formula: C9H20N2O2
![tert-Butyl [4-(methylamino)butyl]carbamate](data:image/png;base64,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)
PN: 4156-1-0N
CAS: 874831-66-0
Molecule Weight: 202.298
Formula: C10H22N2O2
PN: 4H56-5-N2
CAS: 1170905-43-7
Molecule Weight: 236.74
Formula: C10H21ClN2O2
PN: 4148-1-47
CAS: 144222-23-1
Molecule Weight: 202.298
Formula: C10H22N2O2
![tert-Butyl [2-(azetidin-3-yl)ethyl]carbamate](data:image/png;base64,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)
PN: 4H56-1-0MK
CAS: 162696-31-3
Molecule Weight: 200.282
Formula: C10H20N2O2
PN: 4156-1-21
CAS: 75178-87-9
Molecule Weight: 189.255
Formula: C9H19NO3
Melting Point: 155-156 ℃
TSCA: Not listed on TSCA inventory