Applications of Low Temperature Dry Coolers

Applications of Low Temperature Dry Coolers

Low Temperature Dry Cooler is mainly used in the following ways:

Industrial Refrigeration Field

Chemical production: In the chemical industry, many chemical reactions need to be carried out in a specific low-temperature environment. Cryogenic dry cooler can provide stable low-temperature cooling for the reaction kettle, distillation tower and other equipment to ensure the smooth progress of the chemical reaction and the stability of product quality. For example, in the synthesis process of some fine chemical products, the reaction temperature needs to be controlled at tens of degrees below zero, and the cryogenic dry cooler can meet this requirement.

Electronic manufacturing: the production and testing of electronic components require strict environmental temperature requirements. Low-temperature dry coolers can provide a precise low-temperature environment for semiconductor manufacturing, electronic packaging and other links to ensure the performance and quality of electronic components. For example, in the chip manufacturing process, the temperature of the wafer needs to be controlled in a very low range to ensure the accuracy of photolithography, etching and other processes.

Machining: In some high-precision machining processes, such as precision mould manufacturing, aerospace parts processing, etc., it is necessary to cool the processing tools and workpieces to reduce thermal deformation and improve processing accuracy. Low temperature dry cooler can provide low temperature cooling medium to meet these processing needs.

Food Processing and Storage

Food freezing: Cryogenic dry cooler can be used for rapid freezing of food, such as meat, aquatic products, fruits and vegetables. By rapidly reducing the temperature of food, the freshness, taste and nutrients of food can be effectively maintained and the shelf life of food can be extended. Compared with traditional freezing methods, cryogenic dry coolers are able to achieve faster freezing speeds and reduce the formation of ice crystals in the food, thus reducing the damage to the food tissue.

Cold storage refrigeration: Cold storage is an essential facility in food storage and logistics. Cryogenic dry coolers can provide a stable low-temperature environment for cold storage to ensure the quality and safety of food in the storage process. At the same time, the high efficiency refrigeration performance of cryogenic dry coolers can reduce the operating costs of cold storage and improve the efficiency of energy utilisation.

Cooling during food processing: After food processing, such as baking, steaming and deep-frying, the food needs to be cooled quickly to prevent deterioration and bacterial growth. Low-temperature dry cooler can provide fast and efficient cooling to meet the needs of food processing.

Pharmaceutical Field

Drug storage: Many drugs need to be stored in a low-temperature environment to ensure their efficacy and stability. Cryogenic dry cooler can provide reliable low-temperature storage conditions for drug warehouses and pharmacies to ensure the quality and safety of drugs. For example, some biological products, vaccines, blood products, etc. need to be stored in the environment of tens of degrees below zero, cryogenic dry coolers can meet these special storage requirements.

Pharmaceutical R&D and production: In the process of pharmaceutical R&D and production, some experiments and processes need to be carried out in a low-temperature environment. Cryogenic dry coolers can provide a precise low temperature environment for laboratories, pharmaceutical workshops, etc. to support the smooth progress of pharmaceutical R&D and production. For example, in the process of synthesis, extraction and purification of certain drugs, the temperature needs to be controlled in a specific low-temperature range, and the cryogenic dry cooler can meet this requirement.

Scientific Research

Low-temperature experiments: in the field of physics, chemistry, biology and other scientific research, many experiments need to be carried out in a low-temperature environment. Cryogenic dry cooler can provide stable low temperature conditions for the laboratory and support researchers to carry out various low temperature experiments. For example, in the field of superconducting materials research, low-temperature physics experiments, biological cryopreservation, etc., cryogenic dry coolers are indispensable equipment.

Instrument cooling: Some scientific research instruments, such as electron microscopes, nuclear magnetic resonators, lasers, etc., need to operate in a low-temperature environment to improve the performance and stability of the instruments. Cryogenic dry coolers can provide cooling medium for these instruments to ensure normal operation and accurate measurement.