| Product Number | 2223-3-X0 |
| CAS | 178312-47-5 |
| MDL Number | MFCD03788494 |
| Molecular Formula | C9H14F2O2 |
| Molecular Weight | 192.206 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 2223-3-X0
CAS: 178312-47-5
Molecule Weight: 192.206
Formula: C9H14F2O2
PN: 2223-3-13
CAS: 121629-14-9
Molecule Weight: 178.179
Formula: C8H12F2O2
PN: 2223-3-14
CAS: 1313739-04-6
Molecule Weight: 230.255
Formula: C12H16F2O2
PN: 2221-3-44
CAS: 122665-97-8
Molecule Weight: 164.152
Formula: C7H10F2O2
PN: 2221-3-0P
CAS: 1389315-15-4
Molecule Weight: 222.232
Formula: C10H16F2O3
PN: 2223-3-03
CAS: 915213-54-6
Molecule Weight: 206.233
Formula: C10H16F2O2
PN: 2221-3-28
CAS: 1389315-01-8
Molecule Weight: 192.206
Formula: C9H14F2O2
![Ethyl 6,6-difluorospiro[2.5]octane-1-carboxylate](data:image/png;base64,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)
PN: 2223-3-0F
CAS: 1447942-88-2
Molecule Weight: 218.244
Formula: C11H16F2O2
Boiling Point: 84-86 ℃
TSCA: Not listed on TSCA inventory
HTN: 3822.00.5090