| Product Number | 3639-7-08 |
| CAS | 1059626-05-9 |
| MDL Number | MFCD08458859 |
| Molecular Formula | C7H10ClFN2 |
| Molecular Weight | 176.62 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3639-7-08
CAS: 1059626-05-9
Molecule Weight: 176.62
Formula: C7H10ClFN2
![[(4-Fluorophenyl)methyl]hydrazine dihydrochloride](data:image/png;base64,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)
PN: 3739-7-03
CAS: 1000805-93-5
Molecule Weight: 213.08
Formula: C7H11Cl2FN2
PN: 3730-7-28
CAS: 659-41-6
Molecule Weight: 161.6
Formula: C7H9ClFN
PN: 3639-7-05
CAS: 1216246-45-5
Molecule Weight: 176.62
Formula: C7H10ClFN2
PN: 3639-7-13
CAS: 1349715-77-0
Molecule Weight: 213.08
Formula: C7H11Cl2FN2
PN: 3H33-7-00
CAS: 459-20-1
Molecule Weight: 175.63
Formula: C8H11ClFN
DOT/IATA/IMDG: UN 2811 - HC 6.1 - PG III
TSCA: Not listed on TSCA inventory
