Aluminum plate bar heat exchangers advance energy-saving technology development

How to provide a stable, reliable and energy-efficient product is an important proposition in the refrigeration and air-conditioning industry.  Simply relying on improving the performance of components in the system (such as the use of high-efficiency compressors and high-efficiency fans) or increasing the area of heat exchangers to increase the energy efficiency ratio of products will inevitably increase the cost of equipment, and also cause the waste of large amounts of non-renewable resources. It also increases the cost of consumer purchases. Many heat exchanger research experts believe that aluminum plate-bar heat exchangers are gradually being applied to the commercial and domestic refrigeration and air-conditioning industries due to their high-efficiency 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.

Aluminum plate Bar Heat Exchanger has the advantages of high heat transfer efficiency, small size, light weight, etc. It is applicable to a wide range of areas except for corrosive media such as construction machinery, air compressors, transportation, air purification and separation, refrigeration and refrigeration and so on.The basic structure of aluminum plate-bar heat exchangers used in air conditioners is multi-pass aluminum ribbon tubes, corrugated fins (open slits), overall welding and general multi-passage. It has significant effects in terms of low-carbon energy saving, and it has advantages in reducing air-conditioning manufacturing costs and improving product market competitiveness.

Heat exchangers as the basic equipment for heat conduction and exchange have been widely used in modern industrial and mechanical equipment, including heating and air conditioning of HVAC systems in automobiles, 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 saving is the most important and irreplaceable. To cope with the increasing pressure for energy conservation, aluminum plate-bar heat exchangers are increasingly welcomed by other industries, especially in the gas processing, chemical and petroleum refining industries. Aluminum plate-bar heat exchangers can achieve heat recovery effectively, so that the heat energy is better reused. In crude oil and gas-fired power plants, the production of heat is enormous. Aluminum plate-bar heat exchangers can help them reduce fuel consumption and operating costs while saving costs.

With the continuous development and innovation of technology, the market for aluminum plate-bar heat exchangers will also continue to advance. The improvement of energy efficiency will become a major factor for manufacturers to increase their competitiveness. Innovation will help heat exchanger customers to reduce costs, increase their life cycle and energy efficiency, and respond to rising energy prices and environmental pollution in the coming years as technology advances. The problem, global attention to energy efficiency will be to promote aluminum plate bar heat exchanger.