![2-[(2,6-Dichloropyridin-4-yl)methylene]hydrazine-1-carbothioamide](data:image/png;base64,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)
| Product Number | 7H67-5-12 |
| CAS | 287922-68-3 |
| MDL Number | MFCD01764524 |
| Molecular Formula | C7H6Cl2N4S |
| Molecular Weight | 249.11 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory