Aluminum plate-fin heat exchanger boosts energy-saving technology
For the refrigeration and air conditioning industry, how to provide a stable, reliable and energy-efficient product is an important proposition in this field. Simply relying on improving the performance of components in the system (such as the use of high-efficiency compressors, high-efficiency fans) or increasing the area of the heat exchanger to improve the energy efficiency of the product will inevitably increase the cost of the equipment, and also cause a lot of waste of non-renewable resources. It also increases the cost of consumer purchases. Yin Yifeng, a domestic heat exchanger research expert, believes that aluminum plate-fin heat exchangers are gradually being used in commercial and domestic refrigeration and air-conditioning industries due to their high heat transfer performance, compact structure and cost advantages. Research has also received more and more attention from the industry and has become a research hotspot in related fields.

Yin Yifeng is a well-known domestic heat exchanger research expert and the founder of Wuxi Yongzheng Electromechanical Trading Co., Ltd. The company is mainly engaged in the sales and service of aluminum plate-fin heat exchangers due to the heat of aluminum plate fins. The exchanger has the advantages of high heat exchange efficiency, small volume and light weight, and is suitable for a wide range except for corrosive media, such as engineering machinery, air compressor, transportation, air purification and separation, refrigeration and freezing, and the like. Yin Yifeng told reporters that the basic structure of aluminum plate-fin heat exchangers for air conditioners is multi-pass aluminum strip tubes, corrugated fins (open slits), overall welding and general multi-tube. It has a significant effect on low-carbon energy conservation, while at the same time reducing air-conditioning manufacturing costs and improving product market competitiveness.

Heat exchangers, which are the basic equipment for heat transfer and exchange, have been widely used in modern industrial and mechanical equipment, including heating and air conditioning in HVAC systems in automotive, aerospace and commercial buildings, and heat recovery in industrial facilities. As the main component of all thermal energy systems, the contribution of heat exchangers to energy efficiency is the most important and irreplaceable. Yin Yifeng said that in order to cope with the growing energy-saving pressure, aluminum plate-fin heat exchangers are also increasingly popular in other industries, especially in the gas processing, chemical and petroleum refining industries. Achieve maximum heat recovery so that heat is better reused. In crude oil and gas-fired power plants, the generation of heat is enormous, and aluminum plate-fin heat exchangers can help them reduce fuel consumption and operating costs while saving costs.

With the continuous development and innovation of technology, the market of aluminum plate-fin heat exchangers will continue to develop. The improvement of energy efficiency will become a major factor for manufacturers to improve their competitiveness. Innovation will help heat exchanger customers to reduce costs, improve their life cycle and energy efficiency. With the development of technology, in the next few years, in response to rising energy prices and environmental pollution. The problem, the global focus on energy efficiency will be to promote aluminum panels.

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