![3-Chloro-1-methylbenzo[f]quinoline](data:image/png;base64,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)
| 3H32-5-7Q | |
| % | |
| 61773-05-5 | |
| MFCD00829439 | |
| C14H10ClN | |
| 227.69 |
| Units | Price (USD) | Availability |
|---|
PN: 3H32-5-7Q
CAS: 61773-05-5
Molecule Weight: 227.69
Formula: C14H10ClN
PN: 3H32-5-DB
CAS: 59666-16-9
Molecule Weight: 212.07
Formula: C10H7Cl2N
PN: 3H32-5-DA
CAS: 90723-71-0
Molecule Weight: 212.07
Formula: C10H7Cl2N
PN: 3H32-5-NG
CAS: 3913-17-5
Molecule Weight: 191.66
Formula: C11H10ClN
PN: 3H32-7-7H
CAS: 271241-25-9
Molecule Weight: 195.62
Formula: C10H7ClFN
PN: 3H32-7-6P
CAS: 18529-12-9
Molecule Weight: 195.62
Formula: C10H7ClFN
PN: 3H32-5-DF
CAS: 73863-46-4
Molecule Weight: 191.66
Formula: C11H10ClN
TSCA: Not listed on TSCA inventory
