Graphitization is a process of generating graphite. In fact, it is the process of converting carbon substances with other crystal structures into graphite crystal structures. Generally speaking, graphitization is a high-temperature heat treatment process in which carbon products are heated to above 2300°C in a protective medium in a high-temperature electric furnace to convert amorphous […]
The purpose and function of graphitization. Read More »
In the production of carbon materials, the materials prepared according to the formula are dispersed systems, which are neither uniform nor able to form a whole with a certain strength. In order to make the material structure have good uniformity and retain plasticity so that it can be formed, it is required to mix the
Concept, purpose and method classification of carbon material mixing and kneading Read More »
Introduce In the production process of graphite electrodes, graphite anodes and high-density and high-strength graphite products, in order to reduce the porosity and increase the density and strength of the product, the baked semi-finished products need to be impregnated. If the impregnated products are directly fed into the graphitization furnace, the production efficiency of the
The purpose and characteristics of secondary baking of graphite electrodes Read More »
Reducing electrode oxidation consumption is a key issue in the electric arc furnace steelmaking process, because electrode oxidation will increase steelmaking costs, affect process efficiency, and reduce electrode life. The following are some main measures to reduce electrode oxidation consumption: Proper electrode selection: Choose high-quality electrode materials, such as graphite electrodes or graphite blocks, to
Graphite electrodes are indispensable key components in the steel smelting and electric furnace casting processes. When manufacturing these highly specialized products, the length of the production cycle is directly related to the efficiency of the factory, the delivery time of the order, and the quality of the final product. This article will delve into the
Graphite electrode production cycle: pursuing the balance between efficiency and quality Read More »
Carbon materials are one of the indispensable materials in the fields of electrochemistry and energy storage, such as in graphite electrode manufacturing. In order to further improve the performance of carbon materials, impregnation is a crucial process. This article will explore the purpose and significance of carbon material impregnation and its application in graphite electrode
The purpose and significance of carbon material impregnation Read More »
Graphite electrodes are an integral part of important industrial processes such as arc steelmaking and metal smelting. They are composed of graphite powder and calcined blanks, in which the impregnation weight gain rate of the calcined blanks is a crucial parameter. This article will explore the importance of impregnation weight gain in graphite electrode manufacturing
Graphite electrodes are critical components in high-temperature applications such as electric arc furnaces, and their performance is directly affected by the graphitization temperature during the manufacturing process. There are certain differences in the graphitization temperatures required for different types of graphite electrodes during the manufacturing process, and these differences affect the performance of the electrodes
Study on graphitization temperature of different types of graphite electrodes Read More »
The quality of needle coke can impact several aspects of graphite electrodes. Here are some areas where the quality of needle coke can have an influence: Electrical Conductivity: Needle coke is a critical raw material for graphite electrodes, and its quality directly affects the electrical conductivity of the electrodes. High-quality needle coke with appropriate composition
Which Aspects Of Graphite Electrode Are Affected By The Quality Of Needle Coke Read More »
