![{[3-(Trifluoromethyl)phenyl]methyl}hydrazine dihydrochloride](data:image/png;base64,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)
| 3839-7-12 | |
| 97.0 % | |
| 1242339-95-2 | |
| MFCD16990612 | |
| C8H11Cl2F3N2 | |
| 263.09 |
| Units | Price (USD) | Availability |
|---|
PN: 3839-7-12
CAS: 1242339-95-2
Molecule Weight: 263.09
Formula: C8H11Cl2F3N2
PN: 3830-3-43
CAS: 2740-83-2
Molecule Weight: 175.154
Formula: C8H8F3N
PN: 3830-3-29
CAS: 292151-97-4
Molecule Weight: 189.181
Formula: C9H10F3N
PN: 3830-3-45
CAS: 85068-29-7
Molecule Weight: 243.152
Formula: C9H7F6N
PN: 4856-3-X6
CAS: 22227-25-4
Molecule Weight: 204.152
Formula: C8H7F3N2O
PN: 3830-3-27
CAS: 771572-43-1
Molecule Weight: 189.181
Formula: C9H10F3N
PN: 4839-3-35
CAS: 26107-82-4
Molecule Weight: 272.15
Formula: C9H6F6N2O
PN: 3830-3-28
CAS: 771572-44-2
Molecule Weight: 189.181
Formula: C9H10F3N
TSCA: Not listed on TSCA inventory