| Product Number | 2823-3-24 |
| Purity | 95 % |
| CAS | 78950-29-5 |
| MDL Number | MFCD00829056 |
| Molecular Formula | C9H7F3O2 |
| Molecular Weight | 204.148 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| 5 g | 500 | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 2823-3-24
CAS: 78950-29-5
Molecule Weight: 204.148
Formula: C9H7F3O2
PN: 2821-3-17
CAS: 163839-73-4
Molecule Weight: 220.147
Formula: C9H7F3O3
PN: 2807-3-14
CAS: 16222-44-9
Molecule Weight: 218.219
Formula: C11H13F3O
![[4-(Trifluoromethyl)phenoxy]acetonitrile](data:image/png;base64,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)
PN: 4837-3-0C
CAS: 874804-02-1
Molecule Weight: 201.148
Formula: C9H6F3NO
PN: 2823-3-23
CAS: 78950-34-2
Molecule Weight: 204.148
Formula: C9H7F3O2
PN: 2823-3-22
CAS: 400629-06-3
Molecule Weight: 204.148
Formula: C9H7F3O2
Flash Point: 69 ℃
TSCA: Not listed on TSCA inventory
HTN: 2916.39.4600
