| Product Number | 4639-5-20 |
| Synonyms | 2-Hydrazinoanisole hydrochloride |
| Purity | 96 % |
| CAS | 6971-45-5 |
| MDL Number | MFCD00035456 |
| Molecular Formula | C7H11ClN2O |
| Molecular Weight | 174.63 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4639-5-20
CAS: 6971-45-5
Molecule Weight: 174.63
Formula: C7H11ClN2O
PN: 4639-5-10
CAS: 126580-49-2
Molecule Weight: 188.66
Formula: C8H13ClN2O
PN: 4639-5-X2
CAS: 19501-58-7
Molecule Weight: 174.63
Formula: C7H11ClN2O
PN: 4656-5-0Z
CAS: 614-94-8
Molecule Weight: 211.09
Formula: C7H12Cl2N2O
PN: 4656-5-40
CAS: 375397-36-7
Molecule Weight: 189.64
Formula: C8H12ClNO2
![[2-(Trifluoromethoxy)phenyl]hydrazine hydrochloride](data:image/png;base64,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)
PN: 4639-7-05
CAS: 133115-76-1
Molecule Weight: 228.6
Formula: C7H8ClF3N2O
Melting Point: 155 ℃
TSCA: Not listed on TSCA inventory
