Hello, welcome to the official website of KDP MACHINERY JIANGSU CO.，LTD.! Phone：0510-86578805
Application range of plate heat exchanger
Release time:
2022-07-14
According to different external and internal components of the plate heat exchanger, the welded plate exchange plate is welded together by vacuum brazing, and the structural model of the brazed plate is adopted.
Application range of plate heat exchanger
The application range of plate heat exchanger is a question that many friends have been asking. In fact, the role of plate heat exchanger is mainly in four aspects: HVAC, refrigeration, oil cooling and air conditioning. Heat exchanger is a tool to transfer heat from one heat source to another. The two devices are in contact with each other or separated by a wall. Heat exchangers are used to control the temperature of sewage pipes, air conditioners or refrigerators, and are also commonly used in automobiles and buildings. Some industries need heat exchangers every day to prevent fire and damage. They are also used for heating and cooling residential or industrial liquids, involving units. The water in the tank is used as energy. Any liquid used in food, medical and other industries can use plate heat exchanger when necessary. Plate heat exchanger is a kind of mobile equipment. Heat transfer between metal plates. Unlike the traditional heat exchanger, the flat type is because the liquid is dispersed on more surfaces, thus improving the exchange speed. The metal tube of the heat exchanger is used to heat the fluid.
The plate heat exchanger is made of embossed stainless steel plate. The concave-convex and crisscross between the plates form contact points, which are connected by vacuum welding to form high pressure resistant channels. Through these channels, hot and cold fluid turbulence can achieve heat transfer effect.
After introducing the principle of plate heat exchanger, we can know that the plate heat exchanger has a wide range of applications through its powerful functions in four aspects (refrigeration, HVAC, air conditioning, refrigeration), which can be used in automobile equipment plants, power plants, shipbuilding, mechanical hardware, copper welding, heat treatment and other fields. Let's talk about which industries it is used in.
1. Air conditioning: It can be used in high-rise buildings or in conjunction with the use of intermediate heat exchanger boilers.
2. Chemical industry: It can be used for resin synthesis cooling, soda industry, alcohol fermentation, synthetic ammonia, etc.
3. Refrigeration: It can be used as evaporator or condenser for refrigeration.
4. Metallurgy: cooling or heating after steelmaking with aluminum acid mother liquor.
5. Paper making: The plate heat exchanger adopts the heat recovery of pulp washing, heating and bleaching process.
6. Food: In the food industry, it is often used for heating and cooling animal and vegetable oil, and sterilization of fruit juice.
7. Central heating: It can heat domestic water and central heating.
8. Power supply: power supply is generally used for oil cooling of high-voltage transformer and generator bearing.
9. Grease: used for cooling or heating industrial liquid and drying soap base, and also for plate heat exchanger.
10. The application range of plate heat exchanger is also very useful in medicine, petroleum, seawater desalination, floor heating, etc.
According to different external and internal components of the plate heat exchanger, the welded plate exchange plate is welded together by vacuum brazing, and the structural model of the brazed plate is adopted. Different heat exchangers have different internal components. In many cases, smaller components work better, and some chambers are designed very thin, which makes most of the liquid contact plates and improves heat transfer. Smaller coils can better withstand great pressure, and plate heat exchangers used in various ways are beneficial. It is durable, portable and easy to maintain. The whole system is applicable to different liquids, does not occupy too much space, and the plates are easy to separate and clean. Choose a good way of communication and understand various design and operating environments.
