| Product Number | 2223-3-10 |
| Purity | 97.0 % |
| CAS | 1523571-06-3 |
| MDL Number | MFCD27986965 |
| Molecular Formula | C7H10F2O2 |
| Molecular Weight | 164.152 |
| Units | Price (USD) | Availability |
|---|
PN: 2223-3-06
CAS: 1234616-13-7
Molecule Weight: 150.125
Formula: C6H8F2O2
PN: 2223-3-10
CAS: 1523571-06-3
Molecule Weight: 164.152
Formula: C7H10F2O2
PN: 2223-3-0D
CAS: 681128-38-1
Molecule Weight: 164.152
Formula: C7H10F2O2
PN: 2223-3-0E
CAS: 227607-45-6
Molecule Weight: 178.179
Formula: C8H12F2O2
PN: 2221-3-04
CAS: 107496-54-8
Molecule Weight: 136.098
Formula: C5H6F2O2
PN: 2221-3-08
CAS: 227607-43-4
Molecule Weight: 150.125
Formula: C6H8F2O2
PN: 2123-3-D5
CAS: 659-72-3
Molecule Weight: 166.168
Formula: C7H12F2O2
![Ethyl 3-fluorobicyclo[1.1.1]pentane-1-carboxylate](data:image/png;base64,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)
PN: 2223-3-15
CAS: 1935130-91-8
Molecule Weight: 158.172
Formula: C8H11FO2
TSCA: Not listed on TSCA inventory