| Product Number | 8H69-9-56 |
| CAS | 209968-27-4 |
| MDL Number | MFCD02556611 |
| Molecular Formula | C12H17BrN2O2S |
| Molecular Weight | 333.24 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 8H69-9-56
CAS: 209968-27-4
Molecule Weight: 333.24
Formula: C12H17BrN2O2S
![1-[(4-Bromobenzene)sulfonyl]-4-methylpiperazine](data:image/png;base64,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)
PN: 8H69-9-51
CAS: 837-12-7
Molecule Weight: 319.22
Formula: C11H15BrN2O2S
PN: 8H69-9-20
CAS: 179334-20-4
Molecule Weight: 305.19
Formula: C10H13BrN2O2S
PN: 8669-9-08
CAS: 90002-56-5
Molecule Weight: 279.15
Formula: C8H11BrN2O2S
PN: 8669-9-06
CAS: 1984-25-4
Molecule Weight: 264.14
Formula: C8H10BrNO2S
PN: 8669-9-07
CAS: 1984-27-6
Molecule Weight: 278.16
Formula: C9H12BrNO2S
PN: 8669-9-X1
CAS: 90944-62-0
Molecule Weight: 292.19
Formula: C10H14BrNO2S
PN: 8669-9-Y1
CAS: 93281-65-3
Molecule Weight: 292.19
Formula: C10H14BrNO2S
TSCA: Not listed on TSCA inventory