![[(Tetrahydro-2H-pyran-4-yl)methyl]hydrazine dihydrochloride](data:image/png;base64,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)
| Product Number | 4H39-5-75 |
| Purity | 95.0 % |
| CAS | 1315365-54-8 |
| MDL Number | MFCD19382069 |
| Molecular Formula | C6H16Cl2N2O |
| Molecular Weight | 203.11 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H39-5-75
CAS: 1315365-54-8
Molecule Weight: 203.11
Formula: C6H16Cl2N2O
PN: 4H30-5-19
CAS: 389621-78-7
Molecule Weight: 151.63
Formula: C6H14ClNO
PN: P612-A-48
CAS: 130290-79-8
Molecule Weight: 115.176
Formula: C6H13NO
PN: 4H56-1-398
CAS: 59293-18-4
Molecule Weight: 144.174
Formula: C6H12N2O2
Melting Point: 180-182 ℃
TSCA: Not listed on TSCA inventory