| Product Number | 3230-3-03 |
| Synonyms | 1-(Aminomethyl)-3,3-difluorocyclobutane |
| CAS | 1159882-59-3 |
| MDL Number | MFCD16036683 |
| Molecular Formula | C5H9F2N |
| Molecular Weight | 121.131 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3230-3-03
CAS: 1159882-59-3
Molecule Weight: 121.131
Formula: C5H9F2N
PN: 3230-7-01
CAS: 1523606-30-5
Molecule Weight: 171.62
Formula: C6H12ClF2N
PN: 3230-7-03
CAS: 1159813-93-0
Molecule Weight: 157.59
Formula: C5H10ClF2N
PN: 3230-7-02
CAS: 1260664-80-9
Molecule Weight: 139.6
Formula: C5H11ClFN
PN: 3230-7-0D
CAS: 1523606-29-2
Molecule Weight: 139.6
Formula: C5H11ClFN
amine hydrochloride](data:image/png;base64,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)
PN: 3231-7-02
CAS: 1250444-03-1
Molecule Weight: 171.62
Formula: C6H12ClF2N
![[1-(Aminomethyl)-3,3-difluorocyclobutyl]methanol](data:image/png;base64,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)
PN: 4256-3-08
CAS: 1363383-40-7
Molecule Weight: 151.157
Formula: C6H11F2NO
PN: 3230-3-04
CAS: 847926-81-2
Molecule Weight: 107.104
Formula: C4H7F2N
TSCA: Not listed on TSCA inventory