Surface treatment technology-Fluoroplastic heat exchanger technology-chromium plating technology-electroplating ceramics-chromic acid regeneration-hard oxidation
 『Chromium platingHeat exchanger

This picture shows fluoroplastic heat exchanger technology, electroplated ceramics, hard oxidation, chromic acid regeneration, chromium plating technology, etc

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  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Corrosion resistant heat exchanger-corrosion resistant heat exchanger
  • Fluoroplastics, etc. Corrosion-resistant heat exchanger  is made of different fluoroplastics and other materials according to different corrosive media corrosion-resistant heat exchanger , which is mainly divided into Immersive and Shell and tube . Immersion type means that the heat exchanger is directly immersed in the container, while shell-and-tube type requires pumping the liquid medicine into the heat exchanger. Fluoroplastic Corrosion-resistant heat exchanger is a non-standard customized product, and the structural type of corrosion-resistant heat exchanger should be determined according to factors such as use occasion, placement position, material properties, working conditions and heat exchange mode. Corrosion-resistant fluoroplastic heat exchanger  can resist the corrosion of various strong acids, alkalis and oxidants, and is suitable for steam, heat transfer oil or hot water heating, and can also be used for condensation or cooling of various corrosive media. Corrosion resistance fluoroplastic heat exchanger is widely used in chemical, pharmaceutical, pickling, printing and dyeing, aerospace, electroplating, boiler flue gas waste heat recovery and other industries. Manufacturers of corrosion-resistant heat exchangers are manufactured according to different user requirements.

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