• Zhejiang Max Stainless Steel Co., Ltd. is a modern stainless steel pipe manufacturing enterprise integrating scientific research, production and sales. The company adopts advanced, efficient and mature production management mode. The company uses Walsin Lihua and Yongxing Special Steel parent materials as the leading materials to produce high-quality stainless steel pipes and provide the most reliable and safest stainless steel pipes and fittings for global users. Stainless steel heat exchange [...]

    2024-6-18

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  • Pickling is a process in the processing of stainless steel heat exchange tubes, so what is its role? 1. Remove oxide scale and welding slag Due to production and processing, the surface of stainless steel heat exchange tubes produces oxide scale and welding slag, which affects the quality and corrosion resistance. At this time, pickling can effectively remove them and make the surface of stainless steel heat exchange tubes smoother. [...]

    2024-6-13

    More
  • The advantages of stainless steel heat exchange tubes can be summarized into five most obvious ones: 1. Good corrosion resistance: Stainless steel heat exchange tubes have good corrosion resistance and can maintain stable performance under high temperature, high pressure, strong acid and strong alkali environments. 2. High heat dissipation efficiency: The wall of stainless steel heat exchange tubes is thin and has good thermal conductivity. 3. High temperature strength: Stainless [...]

    2024-6-6

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  • Stainless steel heat exchange tubes are mainly used for heat and mass transfer between two media. They have a wide range of uses, which are specifically divided into the following: [Chemical Industry] Stainless steel heat exchange tubes are suitable for various chemical processes such as chemical reactions, distillation, evaporation, and rectification, and are mostly used in industries such as petrochemicals, synthetic materials, and chemical fertilizers. [Pharmaceutical Industry] Stainless steel heat [...]

    2024-6-1

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  • Under what circumstances will stainless steel heat exchange tubes crack? After sampling and studying the cracked and intact parts of the stainless steel heat exchange tubes, and conducting macroscopic inspection, spectral analysis, mechanical property analysis, metallographic analysis, port morphology and energy spectrum analysis, the following conclusions were drawn: The outer wall of the stainless steel heat exchange tube cracks in the area near the outer wall in an environment containing [...]

    2024-5-27

    More
  • How to calculate the thickness of stainless steel heat exchange tubes? According to the heat conduction theory, the relationship between heat flux density and heat transfer coefficient, surface temperature and thickness can be expressed as: q = k × ΔT / δ q represents the heat flux density through unit area per unit time; k represents the thermal conductivity coefficient; ΔT represents the temperature difference between the inside and outside [...]

    2024-5-21

    More
  • Zhejiang Max Stainless Steel Co., Ltd. is a modern stainless steel pipe manufacturing enterprise integrating scientific research, production and sales. The company adopts advanced, efficient and mature production management mode. The company uses Walsin Lihua and Yongxing Special Steel parent materials as the leading materials to produce high-quality stainless steel pipes and provide the most reliable and safest stainless steel pipes and fittings for global users. Stainless steel heat exchange [...]

    2024-6-18

    More
  • Pickling is a process in the processing of stainless steel heat exchange tubes, so what is its role? 1. Remove oxide scale and welding slag Due to production and processing, the surface of stainless steel heat exchange tubes produces oxide scale and welding slag, which affects the quality and corrosion resistance. At this time, pickling can effectively remove them and make the surface of stainless steel heat exchange tubes smoother. [...]

    2024-6-13

    More
  • The advantages of stainless steel heat exchange tubes can be summarized into five most obvious ones: 1. Good corrosion resistance: Stainless steel heat exchange tubes have good corrosion resistance and can maintain stable performance under high temperature, high pressure, strong acid and strong alkali environments. 2. High heat dissipation efficiency: The wall of stainless steel heat exchange tubes is thin and has good thermal conductivity. 3. High temperature strength: Stainless [...]

    2024-6-6

    More
  • Stainless steel heat exchange tubes are mainly used for heat and mass transfer between two media. They have a wide range of uses, which are specifically divided into the following: [Chemical Industry] Stainless steel heat exchange tubes are suitable for various chemical processes such as chemical reactions, distillation, evaporation, and rectification, and are mostly used in industries such as petrochemicals, synthetic materials, and chemical fertilizers. [Pharmaceutical Industry] Stainless steel heat [...]

    2024-6-1

    More
  • Under what circumstances will stainless steel heat exchange tubes crack? After sampling and studying the cracked and intact parts of the stainless steel heat exchange tubes, and conducting macroscopic inspection, spectral analysis, mechanical property analysis, metallographic analysis, port morphology and energy spectrum analysis, the following conclusions were drawn: The outer wall of the stainless steel heat exchange tube cracks in the area near the outer wall in an environment containing [...]

    2024-5-27

    More
  • How to calculate the thickness of stainless steel heat exchange tubes? According to the heat conduction theory, the relationship between heat flux density and heat transfer coefficient, surface temperature and thickness can be expressed as: q = k × ΔT / δ q represents the heat flux density through unit area per unit time; k represents the thermal conductivity coefficient; ΔT represents the temperature difference between the inside and outside [...]

    2024-5-21

    More