| Product Number | 3H30-1-VR |
| Purity | 95 % |
| CAS | 46193-94-6 |
| MDL Number | MFCD06658338 |
| Molecular Formula | C11H16N2 |
| Molecular Weight | 176.263 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3H30-1-VR
CAS: 46193-94-6
Molecule Weight: 176.263
Formula: C11H16N2
![1-Benzyl-1,6-diazaspiro[3.3]heptane](data:image/png;base64,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)
PN: 3H31-1-2F
CAS: 1223573-42-9
Molecule Weight: 188.274
Formula: C12H16N2
PN: 3H30-1-A6
CAS: 168466-85-1
Molecule Weight: 190.29
Formula: C12H18N2
PN: 4H30-1-U6
CAS: 168466-84-0
Molecule Weight: 190.29
Formula: C12H18N2
PN: 3H30-1-S1
CAS: 114715-38-7
Molecule Weight: 176.263
Formula: C11H16N2
PN: 3H30-1-A7
CAS: 114715-39-8
Molecule Weight: 176.263
Formula: C11H16N2
TSCA: Not listed on TSCA inventory
