![1-(Benzo[d]oxazol-2-yl)ethanone](data:image/png;base64,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)
| 4H15-1-8Q | |
| 97 % | |
| 122433-29-8 | |
| MFCD00223823 | |
| C9H7NO2 | |
| 161.16 |
| Units | Price (USD) | Availability |
|---|
PN: 4H15-1-8Q
CAS: 122433-29-8
Molecule Weight: 161.16
Formula: C9H7NO2
PN: 4H15-1-73
CAS: 40071-07-6
Molecule Weight: 189.17
Formula: C10H7NO3
PN: 4H37-1-71
CAS: 157763-81-0
Molecule Weight: 186.214
Formula: C11H10N2O
PN: 4H30-1-5F
CAS: 204771-75-5
Molecule Weight: 162.192
Formula: C9H10N2O
PN: 4H56-1-0E7
CAS: 20514-29-8
Molecule Weight: 161.204
Formula: C10H11NO
PN: 4H56-9-8A
CAS: 1267428-95-4
Molecule Weight: 226.073
Formula: C9H8BrNO
TSCA: Not listed on TSCA inventory
