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)
| Product Number | 8663-3-26 |
| CAS | 890091-73-3 |
| MDL Number | MFCD06496630 |
| Molecular Formula | C9H8FNO2S |
| Molecular Weight | 213.23 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 8663-3-26
CAS: 890091-73-3
Molecule Weight: 213.23
Formula: C9H8FNO2S
PN: 6663-3-82
CAS: 2924-67-6
Molecule Weight: 188.22
Formula: C8H9FO2S
PN: 8663-3-X1
CAS: 32083-66-2
Molecule Weight: 199.2
Formula: C8H6FNO2S
PN: 6663-7-X0
CAS: 33330-46-0
Molecule Weight: 222.66
Formula: C8H8ClFO2S
PN: 6663-3-42
CAS: 845617-59-6
Molecule Weight: 206.21
Formula: C8H8F2O2S
TSCA: Not listed on TSCA inventory