![4,6-Dichloro-1H-imidazo[4,5-c]pyridine](data:image/png;base64,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)
| 3H31-5-5X | |
| % | |
| 2589-12-0 | |
| MFCD09753581 | |
| C6H3Cl2N3 | |
| 188.01 |
| Units | Price (USD) | Availability |
|---|
PN: 3H31-5-5X
CAS: 2589-12-0
Molecule Weight: 188.01
Formula: C6H3Cl2N3
![6-Chloro-3H-imidazo[4,5-c]pyridine](data:image/png;base64,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)
PN: 3H32-5-M4
CAS: 2589-11-9
Molecule Weight: 153.57
Formula: C6H4ClN3
![4-Chloro-1H-imidazo[4,5-c]pyridine](data:image/png;base64,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)
PN: 3H32-5-2F
CAS: 2770-01-6
Molecule Weight: 153.57
Formula: C6H4ClN3
![4,6-Dichloro-1H-imidazo[4,5-c]pyridin-2(3H)-one](data:image/png;base64,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)
PN: 4H53-5-68
CAS: 668268-68-6
Molecule Weight: 204.01
Formula: C6H3Cl2N3O
![4,6-Dichloro-1-methyl-1H-imidazo[4,5-c]pyridine](data:image/png;base64,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)
PN: 3H32-5-VU
CAS: 887147-19-5
Molecule Weight: 202.04
Formula: C7H5Cl2N3
![4-Chloro-2-hydroxy-1H-imidazo[4,5-c]pyridine](data:image/png;base64,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)
PN: 4H56-5-KZ
CAS: 54221-73-7
Molecule Weight: 169.57
Formula: C6H4ClN3O
![6-Chloro-2-methyl-3H-imidazo[4,5-c]pyridine](data:image/png;base64,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)
PN: 3H31-5-Y0
CAS: 7205-42-7
Molecule Weight: 167.6
Formula: C7H6ClN3
![4-Chloro-2-methyl-3H-imidazo[4,5-c]pyridine](data:image/png;base64,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)
PN: 3H31-5-Y1
CAS: 50432-65-0
Molecule Weight: 167.6
Formula: C7H6ClN3
Melting Point: 253-254 ℃
TSCA: Not listed on TSCA inventory