![1-Methyl-2-[(methylamino)methyl]-1H-benzimidazole](data:image/png;base64,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)
| 3H31-1-50 | |
| N-Methyl-1-(1-methyl-1H-benzimidazol-2-yl)methylamine | |
| 97 % | |
| 137898-62-5 | |
| MFCD08060627 | |
| C10H13N3 | |
| 175.235 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 3H31-1-50
CAS: 137898-62-5
Molecule Weight: 175.235
Formula: C10H13N3
PN: 3H30-1-4T
CAS: 20028-40-4
Molecule Weight: 161.208
Formula: C9H11N3
PN: 3H32-1-NT
CAS: 2876-08-6
Molecule Weight: 146.193
Formula: C9H10N2
PN: 3H31-1-CG
CAS: 98997-01-4
Molecule Weight: 161.208
Formula: C9H11N3
![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: 3H32-1-5W
CAS: 5805-76-5
Molecule Weight: 160.22
Formula: C10H12N2
PN: 3H32-5-FV
CAS: 4760-35-4
Molecule Weight: 180.64
Formula: C9H9ClN2
PN: 4H01-1-9Q
CAS: 7467-35-8
Molecule Weight: 162.192
Formula: C9H10N2O
Melting Point: 81.5-84.5 ℃
TSCA: Not listed on TSCA inventory