![1-[2-(Allyloxy)phenyl]ethanamine](data:image/png;base64,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)
| 4630-1-1N | |
| 95 % | |
| 1184578-88-8 | |
| MFCD12802686 | |
| C11H15NO | |
| 177.247 |
| Units | Price (USD) | Availability |
|---|
PN: 4630-1-1N
CAS: 1184578-88-8
Molecule Weight: 177.247
Formula: C11H15NO
PN: 4630-1-1F
CAS: 40023-74-3
Molecule Weight: 151.209
Formula: C9H13NO
PN: 4630-5-16
CAS: 1338222-50-6
Molecule Weight: 201.69
Formula: C10H16ClNO
TSCA: Not listed on TSCA inventory
