![7-Thia-2-aza-spiro[3.5]nonane 7,7-dioxide hemioxalate](data:image/png;base64,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)
| Product Number | 8H22-1-00 |
| Purity | 97.0 % |
| CAS | 1501856-47-8 |
| MDL Number | MFCD26959144 |
| Molecular Formula | C16H28N2O8S2 |
| Molecular Weight | 440.53 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory