![1-Oxa-6-azaspiro[3.4]octane oxalate](data:image/png;base64,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)
| Product Number | 4H21-1-77 |
| Synonyms | 1-Oxa-6-azaspiro[3.4]octane ethane-1,2-dioate |
| CAS | 1408074-51-0 |
| MDL Number | MFCD19982774 |
| Molecular Formula | C8H13NO5 |
| Molecular Weight | 203.194 |
| Units | Price (USD) | Availability |
|---|
PN: 4H21-1-77
CAS: 1408074-51-0
Molecule Weight: 203.194
Formula: C8H13NO5
![1-Oxa-6-azaspiro[3.4]octane hemioxalate](data:image/png;base64,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)
PN: 4H22-1-69
CAS: 1523618-30-5
Molecule Weight: 316.354
Formula: C14H24N2O6
![1-Oxa-7-azaspiro[3.5]nonane hemioxalate](data:image/png;base64,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)
PN: 4H22-1-08
CAS: 1523617-84-6
Molecule Weight: 344.408
Formula: C16H28N2O6
TSCA: Not listed on TSCA inventory