![1-(Bromomethyl)bicyclo[1.1.1]pentane](data:image/png;base64,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)
| Product Number | 1200-9-22 |
| Purity | 95 % |
| CAS | 161043-38-5 |
| MDL Number | MFCD20633000 |
| Molecular Formula | C6H9Br |
| Molecular Weight | 161.042 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 1200-9-22
CAS: 161043-38-5
Molecule Weight: 161.042
Formula: C6H9Br
PN: 1200-9-0A
CAS: 76207-22-2
Molecule Weight: 177.085
Formula: C7H13Br
TSCA: Not listed on TSCA inventory
