| Product Number | 1200-3-12 |
| CAS | 401-75-2 |
| MDL Number | MFCD03412289 |
| Molecular Formula | C7H11F3 |
| Molecular Weight | 152.16 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| 5 g | $ 50 | In Stock | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 1200-3-0A
CAS: 74185-72-1
Molecule Weight: 134.17
Formula: C7H12F2
![1-(4-[Trifluoromethyl]cyclohexyl)methylamine, cis/trans mixture](data:image/png;base64,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)
PN: 3230-3-06
CAS: 361393-85-3
Molecule Weight: 181.202
Formula: C8H14F3N
PN: 1100-3-CP
CAS: 1980033-77-9
Molecule Weight: 208.147
Formula: C7H10F6
PN: 1200-3-14
CAS: 1210871-92-3
Molecule Weight: 230.222
Formula: C10H15F5
PN: 2215-3-01
CAS: 1073722-40-3
Molecule Weight: 180.17
Formula: C8H11F3O
PN: 1200-B-04
CAS: 858121-96-7
Molecule Weight: 245.083
Formula: C8H12BrF3
Boiling Point: 104-107 ℃
Refractive Index: 1.3838
Density: 1.149
DOT/IATA/IMDG: UN 1993 - HC 3 - PG III
Hazard Statement: H226-H315-H319-H335
TSCA: Not listed on TSCA inventory
HTN: 2903.89.2000
