| Product Number | 2623-9-30 |
| CAS | 46352-71-0 |
| MDL Number | MFCD27957312 |
| Molecular Formula | C10H11BrO3 |
| Molecular Weight | 259.099 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 2623-9-30
CAS: 46352-71-0
Molecule Weight: 259.099
Formula: C10H11BrO3
PN: 2623-9-X6
CAS: 6964-29-0
Molecule Weight: 259.099
Formula: C10H11BrO3
PN: 2608-B-0B
CAS: 1250893-94-7
Molecule Weight: 299.087
Formula: C10H10BrF3O2
PN: 2608-9-X5
CAS: 112598-18-2
Molecule Weight: 289.169
Formula: C12H17BrO3
![2-(4-Bromo-phenoxymethyl)-[1,3]dioxolane](data:image/png;base64,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)
PN: 2H10-9-04
CAS: 850348-66-2
Molecule Weight: 259.099
Formula: C10H11BrO3
TSCA: Not listed on TSCA inventory
