![Bicyclo[1.1.1]pentane-1,3-diamine dihydrochloride](data:image/png;base64,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)
| Product Number | 3230-5-15 |
| CAS | 147927-61-5 |
| MDL Number | MFCD27976569 |
| Molecular Formula | C5H12Cl2N2 |
| Molecular Weight | 171.07 |
| Units | Price (USD) | Availability |
|---|
PN: 3230-5-15
CAS: 147927-61-5
Molecule Weight: 171.07
Formula: C5H12Cl2N2
![3-Methylbicyclo[1.1.1]pentan-1-amine hydrochloride](data:image/png;base64,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)
PN: 3230-5-18
CAS: 796963-34-3
Molecule Weight: 133.62
Formula: C6H12ClN
![Bicyclo[1.1.1]pentan-1-amine hydrochloride](data:image/png;base64,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)
PN: 3230-5-19
CAS: 22287-35-0
Molecule Weight: 119.59
Formula: C5H10ClN
PN: 3230-5-0E
CAS: 1284247-23-9
Molecule Weight: 135.64
Formula: C6H14ClN
PN: 3230-5-Z1
CAS: 1093951-55-3
Molecule Weight: 121.61
Formula: C5H12ClN
PN: 3230-5-12
CAS: 174886-05-6
Molecule Weight: 121.61
Formula: C5H12ClN
![Bicyclo[1.1.1]pentan-1-amine hydroiodide](data:image/png;base64,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)
PN: 3230-H-00
CAS: 1581682-06-5
Molecule Weight: 211.046
Formula: C5H10IN
PN: 3130-5-X0
CAS: 112306-54-4
Molecule Weight: 137.65
Formula: C6H16ClN
TSCA: Not listed on TSCA inventory