| Product Number | 2823-3-72 |
| Purity | 97 % |
| CAS | 81580-50-9 |
| MDL Number | MFCD00236677 |
| Molecular Formula | C11H11F3O2 |
| Molecular Weight | 232.202 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 2823-3-72
CAS: 81580-50-9
Molecule Weight: 232.202
Formula: C11H11F3O2
PN: 2821-3-12
CAS: 3038-48-0
Molecule Weight: 204.148
Formula: C9H7F3O2
PN: 2723-3-03
CAS: 698378-71-1
Molecule Weight: 214.212
Formula: C11H12F2O2
PN: 2823-3-X3
CAS: 721-63-1
Molecule Weight: 232.202
Formula: C11H11F3O2
acetate](data:image/png;base64,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)
PN: 2829-3-Y1
CAS: 306936-81-2
Molecule Weight: 314.183
Formula: C12H8F6O3
PN: 2821-3-X9
CAS: 177952-39-5
Molecule Weight: 272.146
Formula: C10H6F6O2
PN: 2723-3-18
CAS: 1436389-43-3
Molecule Weight: 242.266
Formula: C13H16F2O2
Flash Point: 66 ℃
TSCA: Not listed on TSCA inventory
HTN: 2916.39.4600
