![3-Chloromethyl-1-azabicyclo[2.2.2]octane hydrochloride](data:image/png;base64,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)
| Product Number | 3H32-5-FP |
| CAS | 86014-80-4 |
| MDL Number | MFCD09673407 |
| Molecular Formula | C8H15Cl2N |
| Molecular Weight | 196.12 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory