Ads by Google
| Physical properties | |||||
| Molecular formula | |||||
| Mmolecular weight | 72.58 | ||||
| Boiling point 101.3KPa(°C) | -51.53 | ||||
| Freezing point 101.3KPa (°C) | — | ||||
| Density 30°C(kg/m3) | 1038.00 | ||||
| Critical temperature (°C) | 72.50 | ||||
| Critical pressure (MPa) | 4.96 | ||||
| ODP | 0.000 | ||||
| GWP | 2000.00 | ||||
| Quality index | |||||
| Purity | ≥99.8% | ||||
| Water content | ≤0.001% | ||||
| Acidity | ≤0.00001% | ||||
| Evaporation residue | ≤0.01% | ||||
| Chloride content | ≤0.0001% | ||||
| Appearance | Colorless and clear | ||||
| Odor | Odorless | ||||
Applications:R410A refrigerant is used in new residential and commercial air conditioning systems, heat pumps, dehumidifiers and small chillers. R-410A is also being considered in some medium temperature refrigeration applications.
Properties & Perfomance:R410A is a nearazeotropic HFC refrigerant blend that meets the industry’s needs for many new air conditioning systems. R410A has received an A1 safety rating from ASHRAE (lowest levels of toxicity and flammability) having zero ozone depletion potential.
R410A is a higher pressure and capacity refrigerant than R22, requiring equipment and components specifically designed to accommodate the resulting higher system pressures and lower flow rates needed. Typical operating pressures of an R410A system will be 50% to 60% higher than those in an R22 system at comparable operating conditions. R410A also has significantly higher volumetric refrigerating capacity than R22 under most operating conditions. This allows OEMs to manufacture equipment of similar capacity and efficiency to R-22 in a smaller package.
99.8% Refrigerant R410a