| Product Number | 8H63-5-32 |
| CAS | 101768-40-5 |
| MDL Number | MFCD04117767 |
| Molecular Formula | C11H16ClNO2S |
| Molecular Weight | 261.76 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 8H63-5-32
CAS: 101768-40-5
Molecule Weight: 261.76
Formula: C11H16ClNO2S
PN: 8H63-5-X6
CAS: 1003562-01-3
Molecule Weight: 247.74
Formula: C10H14ClNO2S
PN: 8H63-7-S0
CAS: 1354010-06-2
Molecule Weight: 265.73
Formula: C10H13ClFNO2S
![4-[(4-Methylphenyl)sulfonyl]piperidine hydrochloride](data:image/png;base64,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)
PN: 8H63-5-Y1
CAS: 676527-73-4
Molecule Weight: 275.79
Formula: C12H18ClNO2S
PN: 8H65-7-S0
CAS: 1354025-28-7
Molecule Weight: 249.73
Formula: C10H13ClFNOS
PN: 8763-1-18
CAS: 16191-76-7
Molecule Weight: 227.32
Formula: C11H17NO2S
PN: 8H63-5-X4
CAS: 1172500-91-2
Molecule Weight: 261.76
Formula: C11H16ClNO2S
PN: 8H63-1-3Q
CAS: 285995-13-3
Molecule Weight: 225.31
Formula: C11H15NO2S
TSCA: Not listed on TSCA inventory