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Refrigerator compressors are mainly driven by motors, and use mechanical structures such as pistons, rotating blades or scroll disks to compress refrigerant gas. During the compression process, the temperature and pressure of the refrigerant rise, and then the heat is released in the condenser, and the heat is absorbed into the evaporator after the pressure is reduced by the expansion valve, so as to achieve the purpose of cooling the inside of the refrigerator.
The most common application, for the refrigeration and freezing of household food.
Equipment such as supermarket freezer, beverage machine, ice cream machine, etc.
Including food processing, chemical raw material storage and other industrial fields that require a low temperature environment.
The refrigeration system used in the interior of the car.
Such as blood storage refrigerators, vaccine coolers, etc.
| Application | Evaporating temperature | Example |
|---|---|---|
| LBP | -35℃~-15℃ | Refrigerators, Freezers |
| MBP | -20℃~0℃ | Drinking Fountains, Food Preservation Machine |
| HBP | -5℃~+15℃ | Water Heater, Dehumidifiers |
Modern refrigerator compressors usually use high efficiency and energy saving design to reduce energy consumption and reduce electricity costs.
High quality compressor has a long service life and good reliability.
Using advanced noise reduction technology, low noise during operation, providing a quiet living environment.
Many modern compressors use environmentally friendly refrigerants to reduce the damage to the ozone layer.
Some high-end compressors are equipped with intelligent control system, which can adjust the refrigeration intensity according to actual needs, and further save energy.
1. Pallet packing
2. Color bag packaging
3. Yellow packing
