Knowledge

• Key Steps in the Production Process of Graphite Electrodes

  Graphite electrodes are crucial conductive components used in electric arc furnaces for metal melting. The production process involves several key steps to ensure the high quality and performance o...

• Advantages and Disadvantages of Graphite Coating Compared to Anticorrosive Paint

  Advantages of Graphite Coating: 1.High-Temperature Resistance: Graphite coatings typically exhibit excellent resistance to high temperatures, making them suitable for c...

• Causes of thermal discharge cracks in graphite electrodes during discharge

  During the electrical discharge machining process, especially under high-energy discharge conditions, graphite electrodes may experience thermal cracking. This phenomenon is typically caused by var...

• Reasons and solutions for the decrease in conductivity caused by surface oxidation of graphite electrodes

  The main reason for the decrease in electrical conductivity due to oxidation on the surface of graphite electrodes is the formation of an oxide film, which hinders the conduction of electric curren...

• Types and application methods of graphite board processing

  Graphite boards, known for their excellent thermal conductivity and mechanical properties, find wide applications in various industrial sectors. The types of processing and application methods for ...

• Heating principle of graphite rod

  The heating principle of a graphite rod involves its special thermal and electrical conductivity properties. Here are the basic principles of heating a graphite rod: 1.Thermal Conductivity: Grap...