| Product Number | 4H56-5-CB |
| Purity | 97 % |
| CAS | 178312-50-0 |
| MDL Number | MFCD11617823 |
| Molecular Formula | C7H16Cl2N2O |
| Molecular Weight | 215.12 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-5-47
CAS: 223381-71-3
Molecule Weight: 178.66
Formula: C7H15ClN2O
PN: 4H56-5-CB
CAS: 178312-50-0
Molecule Weight: 215.12
Formula: C7H16Cl2N2O
PN: 4H32-5-16
CAS: 1403767-34-9
Molecule Weight: 215.12
Formula: C7H16Cl2N2O
![1-[2-(Morpholin-4-yl)ethyl]piperazine](data:image/png;base64,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)
PN: 4H56-1-H3
CAS: 4892-89-1
Molecule Weight: 199.298
Formula: C10H21N3O
PN: 4H56-1-XG
CAS: 13484-38-3
Molecule Weight: 158.245
Formula: C8H18N2O
PN: 4H56-1-0EJ
CAS: 1502032-49-6
Molecule Weight: 128.175
Formula: C6H12N2O
PN: 4H07-1-X2
CAS: 741667-07-2
Molecule Weight: 172.272
Formula: C9H20N2O
TSCA: Not listed on TSCA inventory
