| Product Number | 4756-1-Y4 |
| Synonyms | [(4-Methoxyphenyl)methyl](methyl)amine |
| CAS | 702-24-9 |
| MDL Number | MFCD04115407 |
| Molecular Formula | C9H13NO |
| Molecular Weight | 151.209 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | In Stock | |
| 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
PN: 4756-1-65
CAS: 169943-40-2
Molecule Weight: 213.28
Formula: C14H15NO
![4-[(Methylamino)methyl]phenol](data:image/png;base64,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)
PN: 4631-1-0Q
CAS: 78507-19-4
Molecule Weight: 137.182
Formula: C8H11NO
Boiling Point: 88-90 ℃ @ 1 mmHg
Refractive Index: 1.529 @ 20 ℃
Density: 1.008 g/mL @ 25 ℃
Flash Point: 109 ℃
Hazard Statement: H302-H315-H319-H335
TSCA: Not listed on TSCA inventory
