![3-Fluorobicyclo[1.1.1]pentan-1-amine hydrochloride](data:image/png;base64,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)
| Product Number | 3230-7-11 |
| CAS | 1826900-79-1 |
| MDL Number | MFCD28963742 |
| Molecular Formula | C5H9ClFN |
| Molecular Weight | 137.58 |
| Units | Price (USD) | Availability |
|---|
PN: 3230-7-11
CAS: 1826900-79-1
Molecule Weight: 137.58
Formula: C5H9ClFN
PN: 3230-7-0G
CAS: 1781122-54-0
Molecule Weight: 139.6
Formula: C5H11ClFN
PN: 3230-7-0E
CAS: 1638768-85-0
Molecule Weight: 139.6
Formula: C5H11ClFN
PN: 3230-5-08
CAS: 1408076-03-8
Molecule Weight: 157.59
Formula: C5H10ClF2N
PN: 3230-7-04
CAS: 1284245-36-8
Molecule Weight: 125.57
Formula: C4H9ClFN
PN: 3230-7-07
CAS: 1408075-13-7
Molecule Weight: 125.57
Formula: C4H9ClFN
PN: 3230-7-08
CAS: 1408075-99-9
Molecule Weight: 125.57
Formula: C4H9ClFN
PN: 4256-7-00
CAS: 1630907-36-6
Molecule Weight: 155.6
Formula: C5H11ClFNO
TSCA: Not listed on TSCA inventory