| Product Number | 4H58-1-172 |
| Purity | 97 % |
| CAS | 20572-01-4 |
| MDL Number | MFCD01836869 |
| Molecular Formula | C9H8N2O2 |
| Molecular Weight | 176.175 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| 100 mg | 175 | Contact for Availability | |
| 250 mg | 335 | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H58-1-172
CAS: 20572-01-4
Molecule Weight: 176.175
Formula: C9H8N2O2
PN: 4H15-1-63
CAS: 3012-80-4
Molecule Weight: 160.176
Formula: C9H8N2O
PN: 4H01-1-9Q
CAS: 7467-35-8
Molecule Weight: 162.192
Formula: C9H10N2O
PN: P911-A-34
CAS: 2849-93-6
Molecule Weight: 162.148
Formula: C8H6N2O2
PN: 4H21-1-88
CAS: 849776-47-2
Molecule Weight: 180.163
Formula: C8H8N2O3
PN: 3H32-1-NT
CAS: 2876-08-6
Molecule Weight: 146.193
Formula: C9H10N2
![1,2,3-Trimethyl-3H-benzo[d]imidazol-1-ium tetrafluoroborate](data:image/png;base64,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)
PN: 7H60-3-10
CAS: 98816-50-3
Molecule Weight: 248.03
Formula: C10H13BF4N2
PN: 4H23-1-75
CAS: 5805-53-8
Molecule Weight: 176.175
Formula: C9H8N2O2
Melting Point: 146.5 (dec) ℃
Hazard Statement: H315-H319-H335
TSCA: Not listed on TSCA inventory