![3-(Trifluoromethyl)bicyclo[1.1.1]pentan-1-amine](data:image/png;base64,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)
| Product Number | 3230-3-00 |
| CAS | 262852-08-4 |
| MDL Number | MFCD17480480 |
| Molecular Formula | C6H8F3N |
| Molecular Weight | 151.132 |
| Units | Price (USD) | Availability |
|---|
PN: 3230-3-00
CAS: 262852-08-4
Molecule Weight: 151.132
Formula: C6H8F3N
![3-(Trifluoromethyl)bicyclo[1.1.1]pentan-1-amine hydrochloride](data:image/png;base64,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)
PN: 3230-7-12
CAS: 262852-11-9
Molecule Weight: 187.59
Formula: C6H9ClF3N
PN: 3230-7-0H
CAS: 1803601-06-0
Molecule Weight: 175.58
Formula: C5H9ClF3N
![(3-Trifluoromethyl-bicyclo[1.1.1]pent-1-yl)-hydrazine dihydrochloride](data:image/png;base64,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)
PN: 3239-7-00
CAS: 1823931-68-5
Molecule Weight: 239.06
Formula: C6H11Cl2F3N2
PN: 3130-3-S1
CAS: 1242338-87-9
Molecule Weight: 155.164
Formula: C6H12F3N
PN: 3130-3-R1
CAS: 1242338-97-1
Molecule Weight: 155.164
Formula: C6H12F3N
PN: 3130-3-02
CAS: 954238-58-5
Molecule Weight: 195.108
Formula: C5H7F6N
PN: 3130-7-06
CAS: 1187928-35-3
Molecule Weight: 231.57
Formula: C5H8ClF6N
TSCA: Not listed on TSCA inventory