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How To Enhance The Heat Transfer Efficiency Of Cooler For Engineering
May 27, 2017

The size of the heat transfer coefficient of the Cooler for Engineering is actually determined by the size of the total heat resistance of the heat transfer process. The lower the heat transfer coefficient of the cooler, the greater the total thermal resistance during the heat transfer of the cooler, and the most positive measure to enhance the heat transfer effect of the cooler is to try to improve the heat transfer coefficient of the equipment.

Strengthen the heat transfer efficiency of the Cooler for Engineering, in order to improve the heat transfer coefficient of the cooler. At home and abroad there have been a variety of strengthening components and strengthening measures. The heat transfer in the cooler heat exchanger tube has been used for many years in the industry, and the total heat transfer coefficient of the cooler can be significantly improved, which can greatly save the heat transfer area of the cooler and reduce the equipment Weight, save a lot of metal materials, many advantages have attracted increasing attention.

It is impossible to increase without restriction, due to the expansion of heat transfer area and increase the heat transfer temperature is often subject to the venue, equipment, funds, the effect of restrictions. Therefore, the current Cooler for Engineering to strengthen the technical evaluation of the main direction of heat transfer is how to control the cooler heat transfer coefficient to improve the effect of cooler heat transfer. The most widely used technology to improve the heat transfer coefficient of the chiller is the scrambling additive in the cooler heat transfer tube, which greatly reduces the sub-thermal resistance of the cooler heat transfer process by the action of the spoil additive And finally to improve the heat transfer coefficient of the cooler.

Its total thermal resistance is the sub-thermal resistance of the superposition of the Cooler for Engineering in use. So to change the heat transfer coefficient must analyze the heat transfer process of each sub-thermal resistance. How to control the heat transfer process of each sub-thermal resistance is the key to determine the heat transfer coefficient of the cooler.