| Product Number | 4631-5-X1 |
| Synonyms | (4-Methoxyphenyl)-N-methylmethylamine hydrochloride; 4-[(Methylamino)methyl]anisole hydrochloride |
| Purity | 95 % |
| CAS | 876-32-4 |
| MDL Number | MFCD04117881 |
| Molecular Formula | C9H14ClNO |
| Molecular Weight | 187.67 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4631-5-X1
CAS: 876-32-4
Molecule Weight: 187.67
Formula: C9H14ClNO
PN: 4631-1-0E
CAS: 22993-76-6
Molecule Weight: 165.236
Formula: C10H15NO
PN: 4631-1-13
CAS: 17061-62-0
Molecule Weight: 257.333
Formula: C16H19NO2
PN: 4631-1-11
CAS: 41690-86-2
Molecule Weight: 165.236
Formula: C10H15NO
![4-[(Methylamino)methyl]phenol hydrochloride](data:image/png;base64,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)
PN: 4633-5-0A
CAS: 63989-88-8
Molecule Weight: 173.64
Formula: C8H12ClNO
PN: 4756-1-65
CAS: 169943-40-2
Molecule Weight: 213.28
Formula: C14H15NO
Boiling Point: 261.2 ℃
TSCA: Not listed on TSCA inventory
