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)
| Product Number | 2821-3-0A |
| Purity | 97 % |
| CAS | 537013-50-6 |
| MDL Number | MFCD03094457 |
| Molecular Formula | C10H9F3O3 |
| Molecular Weight | 234.174 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 2821-3-0A
CAS: 537013-50-6
Molecule Weight: 234.174
Formula: C10H9F3O3
PN: 2621-1-2F
CAS: 101366-61-4
Molecule Weight: 196.202
Formula: C10H12O4
PN: 2807-3-14
CAS: 16222-44-9
Molecule Weight: 218.219
Formula: C11H13F3O
PN: 2823-3-24
CAS: 78950-29-5
Molecule Weight: 204.148
Formula: C9H7F3O2
PN: 4637-1-2C
CAS: 58228-89-0
Molecule Weight: 191.186
Formula: C10H9NO3
PN: 2821-3-17
CAS: 163839-73-4
Molecule Weight: 220.147
Formula: C9H7F3O3
Hazard Statement: H315-H319-H335
TSCA: Not listed on TSCA inventory