| Product Number | 3H31-1-BP |
| Purity | 95 % |
| CAS | 84468-53-1 |
| MDL Number | MFCD07373042 |
| Molecular Formula | C7H16N2 |
| Molecular Weight | 128.219 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3H31-5-X1
CAS: 128427-06-5
Molecule Weight: 201.14
Formula: C7H18Cl2N2
PN: 3H31-5-BZ
CAS: 128427-05-4
Molecule Weight: 187.11
Formula: C6H16Cl2N2
TSCA: Not listed on TSCA inventory
![4,7-Diazaspiro[2.5]octane](data:image/png;base64,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)
