| Product Number | 3H32-9-L4 |
| CAS | 50877-41-3 |
| MDL Number | MFCD02179566 |
| Molecular Formula | C10H9BrN2 |
| Molecular Weight | 237.1 |
| Units | Price (USD) | Availability |
|---|
PN: 3H32-9-L4
CAS: 50877-41-3
Molecule Weight: 237.1
Formula: C10H9BrN2
PN: 3H32-B-V5
CAS: 251925-14-1
Molecule Weight: 255.09
Formula: C10H8BrFN2
PN: 3H32-9-9Q
CAS: 95162-14-4
Molecule Weight: 389.296
Formula: C22H17BrN2
![1-[4-(Aminomethyl)benzyl]-1H-pyrazole hydrochloride, tech](data:image/png;base64,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)
PN: 3H30-5-59
CAS: 904696-62-4
Molecule Weight: 223.7
Formula: C11H14ClN3
PN: 3H32-9-BW
CAS: 1159826-63-7
Molecule Weight: 237.1
Formula: C10H9BrN2
PN: 3H37-1-8U
CAS: 179057-34-2
Molecule Weight: 183.214
Formula: C11H9N3
PN: 4H15-1-9G
CAS: 887922-90-9
Molecule Weight: 186.214
Formula: C11H10N2O
Melting Point: 50-54 ℃
TSCA: Not listed on TSCA inventory
