![5-Bromo-2-[(methylamino)methyl]pyridine](data:image/png;base64,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)
| 3H31-9-00 | |
| 1-(5-Bromopyridin-2-yl)-N-methylmethylamine | |
| 95 % | |
| 915707-70-9 | |
| MFCD09065029 | |
| C7H9BrN2 | |
| 201.067 |
| 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: 3H31-9-00
CAS: 915707-70-9
Molecule Weight: 201.067
Formula: C7H9BrN2
PN: 3H30-9-1E
CAS: 173999-23-0
Molecule Weight: 187.04
Formula: C6H7BrN2
PN: 3H30-D-08
CAS: 1241911-26-1
Molecule Weight: 223.5
Formula: C6H8BrClN2
PN: 4H48-9-W9
CAS: 845305-87-5
Molecule Weight: 215.05
Formula: C7H7BrN2O
PN: 3H30-D-X4
CAS: 1257535-47-9
Molecule Weight: 237.53
Formula: C7H10BrClN2
PN: 4H48-9-W6
CAS: 845305-88-6
Molecule Weight: 229.077
Formula: C8H9BrN2O
PN: 3H30-9-1U
CAS: 1053053-92-1
Molecule Weight: 187.04
Formula: C6H7BrN2
PN: 3H30-D-0A
CAS: 1052271-58-5
Molecule Weight: 223.5
Formula: C6H8BrClN2
TSCA: Not listed on TSCA inventory