| Product Number | 3H32-3-10 |
| Purity | 97 % |
| CAS | 115761-79-0 |
| MDL Number | MFCD00082588 |
| Molecular Formula | C10H12F2N2 |
| Molecular Weight | 198.217 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3H32-3-10
CAS: 115761-79-0
Molecule Weight: 198.217
Formula: C10H12F2N2
PN: 3H32-3-42
CAS: 1011-15-0
Molecule Weight: 180.226
Formula: C10H13FN2
PN: 3H32-3-W2
CAS: 2252-63-3
Molecule Weight: 180.226
Formula: C10H13FN2
PN: 3H31-7-X0
CAS: 64090-19-3
Molecule Weight: 253.14
Formula: C10H15Cl2FN2
PN: 3H30-3-2U
CAS: 887268-29-3
Molecule Weight: 271.339
Formula: C16H18FN3
PN: 3H30-3-18
CAS: 221198-99-8
Molecule Weight: 209.268
Formula: C11H16FN3
PN: 3H30-3-1X
CAS: 873537-27-0
Molecule Weight: 223.295
Formula: C12H18FN3
![2-[4-(4-Fluorophenyl)piperazin-1-yl]ethanol](data:image/png;base64,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)
PN: 4H01-3-53
CAS: 90096-38-1
Molecule Weight: 224.279
Formula: C12H17FN2O
Melting Point: 74-76 ℃
Boiling Point: 108-111 ℃
DOT/IATA/IMDG: UN 2811 - HC 6.1 - PG III
Flash Point: >110 ℃
TSCA: Not listed on TSCA inventory