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E-mail
wxdldhrq@sina.com 249472585@qq.com
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Phone
18061554486
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Address
Fangqiao Shenxin Community, the Taihu Lake Town, Binhu District, Wuxi City
Wuxi Delida Heat Exchanger Manufacturing Co., Ltd
wxdldhrq@sina.com 249472585@qq.com
18061554486
Fangqiao Shenxin Community, the Taihu Lake Town, Binhu District, Wuxi City
AluminumSqueezed finned tubeIt is a processing form of finned tube, rolled from aluminum tube and steel tube or stainless steel tube (copper tube), with low contact thermal resistance, high strength, heat resistance and mechanical vibration resistance, good thermal expansion performance, and considerable expansion heat transfer surface. Aluminum has high thermal conductivity, high fin efficiency of finned tubes, and good heat transfer effect,The fin to fin ratio is over 80%, making it the most cost-effective and efficient finned tube among all finned tubes. The heat exchanger made of this type of finned tube is widely used in the field of air heat exchangers.
aluminiumSqueezed finned tubeIt has the advantages of tight integration, low thermal resistance, good heat transfer performance, high strength, low flow loss, strong anti-corrosion performance, no late deformation under long-term cold and hot working conditions, and long working life.
aluminiumSqueezed finned tubeNo burrs, no wrinkles, late cleaning, easy to remove surface condensation water at the fins during wet cooling in heating and air conditioning engineering, and less prone to dust and scaling in drying heating and other heat exchange situations.The aluminum rolled finned tubes produced by our company have undergone anodizing treatment on the surface, resulting in a beautiful and elegant color, and can be grounded to prevent surface corrosion.
Aluminum rolled finned tubeParameter table:
Bimetallic composite finned tubeParameter table:
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Schematic diagram of aluminum rolled finned tube D outer diameter of finned tube, δ wall thickness of finned tube T fin distance s fin thickness h fin height |
Schematic diagram of bimetallic composite finned tube structure (longitudinal section) D finned tube outer diameter △ lining tube thickness The distance between the fins and the base diameter of the finned tube S fin thickness h fin height |