| Product Number | 2221-3-0D |
| Purity | 97.0 % |
| CAS | 133261-33-3 |
| MDL Number | MFCD09037363 |
| Molecular Formula | C8H11F3O2 |
| Molecular Weight | 196.169 |
| Units | Price (USD) | Availability |
|---|
PN: 2221-3-14
CAS: 95233-30-0
Molecule Weight: 196.169
Formula: C8H11F3O2
PN: 2221-3-0D
CAS: 133261-33-3
Molecule Weight: 196.169
Formula: C8H11F3O2
PN: 2221-3-0N
CAS: 1202578-27-5
Molecule Weight: 196.169
Formula: C8H11F3O2
PN: 2223-3-0B
CAS: 1204296-05-8
Molecule Weight: 210.196
Formula: C9H13F3O2
PN: 2221-3-0G
CAS: 180918-40-5
Molecule Weight: 196.169
Formula: C8H11F3O2
PN: 2229-3-00
CAS: 1163729-47-2
Molecule Weight: 212.168
Formula: C8H11F3O3
PN: 2221-3-0E
CAS: 384-20-3
Molecule Weight: 196.169
Formula: C8H11F3O2
![6,6-Difluorospiro[2.5]octane-1-carboxylic acid](data:image/png;base64,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)
PN: 2221-3-0L
CAS: 1447943-53-4
Molecule Weight: 190.19
Formula: C9H12F2O2
TSCA: Not listed on TSCA inventory