![1-[(2,6-Dichloro-4-pyridyl)methyl]pyridinium bromide](data:image/png;base64,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)
| Product Number | 3H33-D-04 |
| CAS | 849060-74-8 |
| MDL Number | MFCD00207315 |
| Molecular Formula | C11H9BrCl2N2 |
| Molecular Weight | 320.01 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory