Excellent processing technology and temperature range of stainless steel finned tube

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The stainless steel finned tube is mainly made of 304 stainless steel. Mainly used for heat exchange in two mediums. The laser welded stainless steel finned tube of Murphy has excellent technology and performance. It is an alternative product for heat exchange and waste heat recovery in boiler, power generation, petrochemical, heating, refrigeration, air conditioning and other industries.
The stainless steel finned tube of Murphy can effectively improve the efficiency of heat exchanger, can effectively extend its service life in a certain extent, reduce volume and save materials. The overall rolled finned tube has no contact thermal resistance, good heat transfer performance, high strength, heat-resistant vibration and mechanical vibration, and good thermal expansion performance.


The contact thermal resistance of stainless steel finned tube is low, and the product can keep a stable low value in a wide range of temperature changes. The heat transfer coefficient of the whole product is high, which has good resistance to temperature sudden change and vibration when it is used. The heat exchange area per unit length is large, the heat transfer is high, the structure is reliable, and the service life is long. The surface of the fin is smooth without burr, wrinkle, scaling and easy to clean and discharge Besides the surface water, the flow resistance is low, which can keep good heat transfer performance for a long time.
The stainless steel finned tube has the characteristics of high strength, small flow loss, strong corrosion resistance, not easy to deform and long service life under long-term hot and cold conditions. The whole rolled fins are smooth, burr free, wrinkle free and easy to clean. The condensation water on the surface of fins is easy to be removed during wet cooling in heating and air conditioning engineering, and it is not easy to form dust and scale in drying heating and other heat exchange occasions.

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Finned tube as a heat exchange element exhibits excellent performance indicators

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CLASSIFICATION OF HEAT EXCHANGER ACCORDING TO THE HEAT TRANSFER MATERIAL, SURFACE SHAPE AND STRUCTURE

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