| Product Number | 4657-3-14 |
| Purity | 97 % |
| CAS | 54-60-4 |
| MDL Number | MFCD01675229 |
| Molecular Formula | C13H10FNO2 |
| Molecular Weight | 231.226 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| 5 g | 395 | Contact for Availability | |
| 25 g | 750 | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4657-3-14
CAS: 54-60-4
Molecule Weight: 231.226
Formula: C13H10FNO2
![2-[(3-Fluorophenyl)amino]benzoic acid](data:image/png;base64,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)
PN: 4658-3-07
CAS: 54-59-1
Molecule Weight: 231.226
Formula: C13H10FNO2
PN: 4658-3-04
CAS: 54-58-0
Molecule Weight: 231.226
Formula: C13H10FNO2
PN: 4657-1-Z4
CAS: 116702-63-7
Molecule Weight: 228.251
Formula: C13H12N2O2
PN: 4757-1-X7
CAS: 116702-65-9
Molecule Weight: 242.278
Formula: C14H14N2O2
PN: 4757-1-X4
CAS: 893612-97-0
Molecule Weight: 256.305
Formula: C15H16N2O2
PN: 4658-1-2L
CAS: 566155-75-7
Molecule Weight: 257.245
Formula: C14H11NO4
Melting Point: 198-200 ℃
Flash Point: >110 ℃
Hazard Statement: H315-H319-H335
TSCA: Not listed on TSCA inventory