| Product Number | 4631-3-X0 |
| Synonyms | [(4-Fluorophenyl)amino]acetaldehyde diethyl acetal |
| Purity | 97 % |
| CAS | 239085-97-3 |
| MDL Number | MFCD00828897 |
| Molecular Formula | C12H18FNO2 |
| Molecular Weight | 227.279 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4631-3-X0
CAS: 239085-97-3
Molecule Weight: 227.279
Formula: C12H18FNO2
![Ethyl [(4-fluorophenyl)amino]acetate](data:image/png;base64,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)
PN: 4658-3-1F
CAS: 2521-99-5
Molecule Weight: 197.209
Formula: C10H12FNO2
Boiling Point: 103-105 ℃
TSCA: Not listed on TSCA inventory