| Product Number | 4H56-1-995 |
| Purity | 97 % |
| CAS | 900572-37-4 |
| MDL Number | MFCD08061090 |
| Molecular Formula | C12H14N2O |
| Molecular Weight | 202.257 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability | Contact for Availability | |
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 4H56-1-995
CAS: 900572-37-4
Molecule Weight: 202.257
Formula: C12H14N2O
PN: 4H07-5-33
CAS: 65367-95-5
Molecule Weight: 227.73
Formula: C12H18ClNO
PN: 4H37-1-3G
CAS: 444574-75-8
Molecule Weight: 176.219
Formula: C10H12N2O
PN: 4H07-5-31
CAS: 63843-49-2
Molecule Weight: 227.73
Formula: C12H18ClNO
![4-[2-(Trifluoromethyl)phenoxy]piperidine](data:image/png;base64,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)
PN: 4H07-3-0U
CAS: 824390-04-7
Molecule Weight: 245.245
Formula: C12H14F3NO
PN: 4656-5-2C
CAS: 29876-08-2
Molecule Weight: 284.78
Formula: C14H21ClN2O2
TSCA: Not listed on TSCA inventory
