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Air-cooled finned tube heat exchangers generally use embedded fin tubes as the main heat dissipation components. The heat transfer coefficient of the finned tubes is influenced by factors such as fin height, spacing, thickness, shape, material, and manufacturing process. When the fin height ... Read More
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YUHONG 24273 ASTM A179 CARBON STEEL SEAMLESS TUBE FOR HEAT EXCHANGER YUHONG GROUP new export of A179 carbon steel seamless tube which mainly used in heat exchange systems, the application as below: Application Area Typical Scenarios Heat Exchange Systems Power plant condensers, Marine cooling ... Read More
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The core value of austenitic stainless steel lies in its excellent corrosion resistance, particularly in oxygen-rich oxidizing environments and acidic conditions. However, this corrosion resistance is not absolute; it heavily depends on whether the material surface can form and maintain a protective ... Read More
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1.The selected finned tubes must possess strong corrosion resistance.If the purchased finned tubes lack sufficient corrosion resistance, they will be highly susceptible to corrosion in high-temperature environments. 2.The finned tubes must exhibit strong wear resistance.Wear on the finned tubes will ... Read More
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1.Heat Transfer Flowing fluid inside the finned tube (typically liquid or gas) transfers heat through the tube wall to the medium outside the tube (typically air or liquid). The fin structure increases the contact area between the tube wall and the external medium, enhancing heat transfer efficiency... Read More
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