R401B (Suva MP66) is usedR500An HCFC based refrigerant in the system that can be used instead ofR401AReplacing R12 in cryogenic fixed displacement systems such as commercial cold storage (evaporation temperature-26 ° C) that requires higher cooling capacity, can also be used in someR12Transport refrigeration systems require no replacement of lubricating oil in many integrated and closed coupled systems.
R401B Composition
Mole percentage: R22 accounts for 65.4925%, R152A accounts for 15.4607%, R124 accounts for 19.0468%
Mass percentage:R22accounting for 61%,R124accounting for 28%,R152Aaccounted for 11%
R401B refrigerant parameters
R401B Composition
Mole percentage: R22 accounts for 65.4925%, R152A accounts for 15.4607%, R124 accounts for 19.0468%
Mass percentage:R22accounting for 61%,R124accounting for 28%,R152Aaccounted for 11%
R401B refrigerant parameters
| Name: R401B, HCFC/HFC-401B | Classification: Mixed refrigerants |
| Molecular weight: 93 | Molar mass: 93g/mol |
| Critical temperature: 106℃ | Critical pressure: 4.7MPa |
| Critical density: 0.5g/cm3 | Boiling point (101.3KPa):-34.7℃ |
| CAS Number: 375-45-6/2837-89-0/75-37-6 | Appearance: colorless, not turbid, no odorous |
| Ozone Destruction Potential (ODP): 0.035 | Global Warming Coefficient (GWP): 1062 |
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