| Product Number | 4H48-1-0C |
| Purity | 98.0 % |
| CAS | 59878-57-8 |
| MDL Number | MFCD06369645 |
| Molecular Formula | C8H14N2O |
| Molecular Weight | 154.213 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 4H48-1-0C
CAS: 59878-57-8
Molecule Weight: 154.213
Formula: C8H14N2O
PN: 4H48-5-X8
CAS: 1021298-67-8
Molecule Weight: 190.67
Formula: C8H15ClN2O
PN: 4H48-1-N4
CAS: 71260-16-7
Molecule Weight: 156.229
Formula: C8H16N2O
PN: 4H56-1-E5
CAS: 155295-47-9
Molecule Weight: 170.256
Formula: C9H18N2O
PN: 4H48-5-2E
CAS: 1428443-87-1
Molecule Weight: 204.7
Formula: C9H17ClN2O
![1-Methyl-4-[(piperidin-4-yl)carbonyl]piperazine dihydrochloride](data:image/png;base64,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)
PN: 4H48-5-42
CAS: 1019852-03-9
Molecule Weight: 284.23
Formula: C11H23Cl2N3O
PN: 4H48-1-0AJ
CAS: 27561-62-2
Molecule Weight: 196.294
Formula: C11H20N2O
PN: 4H56-1-3M
CAS: 76816-54-1
Molecule Weight: 142.202
Formula: C7H14N2O
TSCA: Not listed on TSCA inventory