| Product Number | 3239-5-02 |
| Synonyms | Hydrazinocyclobutane dihydrochloride |
| CAS | 1156980-49-2 |
| MDL Number | MFCD09834105 |
| Molecular Formula | C4H12Cl2N2 |
| Molecular Weight | 159.05 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3239-5-02
CAS: 1156980-49-2
Molecule Weight: 159.05
Formula: C4H12Cl2N2
![Bicyclo[1.1.1]pentan-1-ylhydrazine dihydrochloride](data:image/png;base64,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)
PN: 3239-5-00
CAS: 1403746-38-2
Molecule Weight: 171.07
Formula: C5H12Cl2N2
PN: 3139-5-00
CAS: 1177361-36-2
Molecule Weight: 161.07
Formula: C4H14Cl2N2
PN: 3230-5-20
CAS: 6291-01-6
Molecule Weight: 107.58
Formula: C4H10ClN
PN: 3139-5-04
CAS: 1211764-55-4
Molecule Weight: 175.1
Formula: C5H16Cl2N2
TSCA: Not listed on TSCA inventory
