| Product Number | 4156-1-0L |
| Synonyms | tert-Butyl (5-aminopentyl)carbamate |
| CAS | 51644-96-3 |
| MDL Number | MFCD00210020 |
| Molecular Formula | C10H22N2O2 |
| Molecular Weight | 202.298 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4148-1-Y3
CAS: 883555-11-1
Molecule Weight: 230.352
Formula: C12H26N2O2
PN: 4151-1-01
CAS: 75178-90-4
Molecule Weight: 203.282
Formula: C10H21NO3
![tert-Butyl ((3-(aminomethyl)bicyclo[1.1.1]pentan-1-yl)methyl)carbamate](data:image/png;base64,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)
PN: 4256-1-94
CAS: 1638768-06-5
Molecule Weight: 226.32
Formula: C12H22N2O2
PN: 4148-1-Y5
CAS: 99733-18-3
Molecule Weight: 230.352
Formula: C12H26N2O2
PN: 4130-1-X1
CAS: 510754-90-2
Molecule Weight: 258.406
Formula: C14H30N2O2
PN: 4148-1-Y2
CAS: 216961-61-4
Molecule Weight: 272.433
Formula: C15H32N2O2
Density: 0.972
Flash Point: 109 ℃
TSCA: Not listed on TSCA inventory
