Graphite anode/cathode plates

Graphite anode plate, anode cylinder, and graphite anode rod (also known as graphite positive electrode plate or graphite positive electrode rod) have high temperature resistance, good electrical and thermal conductivity, easy mechanical processing, good chemical stability, acid and alkali corrosion resistance, low ash content, and are used for electrolyzing aqueous solutions, producing chlorine and caustic soda, and electrolyzing salt solutions to produce alkali. In an electrolytic cell, the first stage where current flows into the electrolyte is called a graphite anode plate. In the electrolysis industry, the anode is generally made into a plate shape, so it is called a graphite anode plate. It is widely used in electric ferry, wastewater treatment, industrial anti-corrosion equipment, or as a special material. In the electrolysis industry, graphite anode plates have been used as anodes for more than 100 years.
Graphite cathode plate: Graphite cathode, characterized in that the cathode carbon block is composed of 30-60% electrically calcined smokeless coal with a particle size of less than 8 millimeters, 15-30% roasted crushed coal, 10-50% graphite, and 15-25% asphalt. Carbon blocks made from high-quality smokeless coal, coke, and graphite raw materials are used as cathodes for aluminum electrolysis cells. It is built at the bottom of the electrolytic cell, also known as the bottom carbon block. The characteristic of the cathode carbon block is that it plays a dual role in conducting electricity and forming the inner lining of the electrolytic cell. Aluminum electrolysis requires the production of cathode carbon blocks with high temperature resistance, lava erosion resistance, conductivity, good thermal conductivity, high mechanical performance, good thermal shock resistance, and strong sodium corrosion resistance. This is conducive to energy conservation and the improvement of cell life in aluminum electrolysis production. The types of cathode carbon blocks in China are basically divided into three categories: cathode carbon blocks, semi graphite carbon blocks, and graphite carbon blocks according to the quality requirements of the product, the selected materials, and the process conditions.