| Product Number | 4H23-7-X2 |
| Purity | 97 % |
| CAS | 175137-30-1 |
| MDL Number | MFCD00068150 |
| Molecular Formula | C13H7Cl2F3N2O2 |
| Molecular Weight | 351.11 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H23-7-X2
CAS: 175137-30-1
Molecule Weight: 351.11
Formula: C13H7Cl2F3N2O2
PN: 4H23-7-X1
CAS: 175137-29-8
Molecule Weight: 316.66
Formula: C13H8ClF3N2O2
PN: 4H23-7-02
CAS: 187035-79-6
Molecule Weight: 254.59
Formula: C8H6ClF3N2O2
PN: 4H39-7-X0
CAS: 175137-33-4
Molecule Weight: 346.69
Formula: C13H10ClF3N4O2
PN: 4H23-7-X3
CAS: 175137-31-2
Molecule Weight: 280.63
Formula: C10H8ClF3N2O2
PN: 4H23-3-X6
CAS: 175137-27-6
Molecule Weight: 240.57
Formula: C7H4ClF3N2O2
PN: 4H40-3-01
CAS: 648859-30-7
Molecule Weight: 312.252
Formula: C13H11F3N4O2
![4-Chlorobenzyl 2-[2-(2-chloroacetyl)hydrazino]-4-(trifluoromethyl)pyrimidine-5-carboxylate](data:image/png;base64,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)
PN: 4H39-7-10
CAS: 648859-40-9
Molecule Weight: 423.17
Formula: C15H11Cl2F3N4O3
Melting Point: 68-70 ℃
TSCA: Not listed on TSCA inventory