| Product Number | 4H56-1-LA |
| Synonyms | tert-Butyl 3-(hydroxymethyl)azetidine-1-carboxylate |
| Purity | 98 % |
| CAS | 142253-56-3 |
| MDL Number | MFCD06656141 |
| Molecular Formula | C9H17NO3 |
| Molecular Weight | 187.239 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-1-LA
CAS: 142253-56-3
Molecule Weight: 187.239
Formula: C9H17NO3
PN: 4H56-1-076
CAS: 1363382-91-5
Molecule Weight: 201.266
Formula: C10H19NO3
PN: 4156-1-1W
CAS: 98642-44-5
Molecule Weight: 189.255
Formula: C9H19NO3
![6-Boc-2-oxa-6-azaspiro[3.3]heptane](data:image/png;base64,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)
PN: 4H56-1-MX
CAS: 1263285-88-6
Molecule Weight: 199.25
Formula: C10H17NO3
PN: 4H56-1-316
CAS: 1314984-00-3
Molecule Weight: 171.24
Formula: C9H17NO2
PN: 4156-1-3K
CAS: 480451-99-8
Molecule Weight: 189.255
Formula: C9H19NO3
PN: 4H58-1-V9
CAS: 142253-55-2
Molecule Weight: 201.222
Formula: C9H15NO4
Melting Point: 55 ℃
Boiling Point: 268-273 ℃
Density: 1.115
Flash Point: 117 ℃
TSCA: Not listed on TSCA inventory
