Medium low temperature series
-5℃~ -35℃
Low-medium temperature water-cooled screw chiller
High-efficiency refrigeration: Using a screw compressor, it has a high energy efficiency ratio and can provide a large amount of cooling capacity while consuming less electricity. Even under medium and low temperature conditions, it can maintain stable and efficient refrigeration capacity, quickly reducing water or medium temperature to meet the low-temperature cooling needs of industrial production.
Medium and low temperature air-cooled screw chiller units
High Efficiency and Energy Saving: Utilizing a screw compressor, it boasts a high energy efficiency ratio, providing a large amount of cooling capacity while consuming less electricity. It maintains stable and efficient refrigeration capacity even under medium and low temperature conditions, quickly lowering the medium temperature to meet the low-temperature cooling needs of industrial production.
Medium and low temperature water-cooled chiller
Precise Temperature Control: Equipped with high-precision temperature sensors and an advanced control system, it can accurately control the temperature of the chilled water, with a small temperature fluctuation range. For some production processes with strict temperature control requirements, such as pharmaceutical production and chemical experiments, it ensures the stability of the production process and product quality.
Medium and low temperature air-cooled box-type freezer
Cooling method is simple and straightforward: air cooling is used, where a fan dissipates the heat released by the refrigerant in the condenser. This eliminates the need for an additional cooling water system, such as cooling towers, cooling water pumps, and water pipelines. This not only saves the cost and effort of installing and maintaining a cooling water system, but also avoids refrigeration interruptions caused by cooling water system failures.
Medium and low temperature evaporative screw chiller
Efficient Compression Process: The screw compressor in a screw chiller consists of two rotating components: a main screw and an auxiliary screw. After the refrigerant is drawn in, it is gradually compressed as the screws rotate, forming high-temperature, high-pressure gas. This compression method is continuous and smooth, and the gas is compressed relatively uniformly, allowing the unit to maintain high efficiency during operation.