| Product Number | 3H31-5-7C |
| Purity | 95 % |
| CAS | 133052-59-2 |
| MDL Number | MFCD08064759 |
| Molecular Formula | C11H12Cl2N2 |
| Molecular Weight | 243.13 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 3H31-5-7C
CAS: 133052-59-2
Molecule Weight: 243.13
Formula: C11H12Cl2N2
PN: 3H31-5-1E
CAS: 176949-20-5
Molecule Weight: 229.1
Formula: C10H10Cl2N2
PN: 3H31-5-1F
CAS: 90348-42-8
Molecule Weight: 215.08
Formula: C9H8Cl2N2
![3-(5-Chloro-1H-benzo[d]imidazol-2-yl)propan-1-ol](data:image/png;base64,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)
PN: 4H01-5-41
CAS: 10252-89-8
Molecule Weight: 210.66
Formula: C10H11ClN2O
PN: 3H32-5-NB
CAS: 34569-15-8
Molecule Weight: 180.64
Formula: C9H9ClN2
PN: 3H32-5-T9
CAS: 6478-79-1
Molecule Weight: 201.05
Formula: C8H6Cl2N2
PN: 3H33-5-2L
CAS: 91003-86-0
Molecule Weight: 268.57
Formula: C9H12Cl3N3
PN: 3H32-5-Q0
CAS: 2818-69-1
Molecule Weight: 166.61
Formula: C8H7ClN2
TSCA: Not listed on TSCA inventory