Ultra-high power graphite electrodes have a series of physical and chemical properties in use, which make asphalt binder decompose and polymerize, and rearrange reactions within various molecules. It is necessary to roast raw electrode blanks according to certain technological conditions, make the binder coke, form a coking network among aggregate particles, and link all aggregate particles of

1. Manufacture of Graphite Electrode Professional graphite electrode manufacturing mainly uses high-speed machine tools to process, machine tool stability is good, the three-axis movement should be uniform, stable and non-vibration, and such as spindle rotation accuracy should be as good as possible. General machine tools can also complete the processing of electrodes, but the process of

Graphite electrodes are used in electronic arc melting furnace (EAF). Because of the need of manufacture and use, the electrodes used in practice are longer, which are connected by several short electrodes through conical graphite joints. The connection quality between graphite electrodes directly affects the energy utilization rate of electric arc furnace and normal smelting

As one of the important non-metallic materials of graphite, with the development of graphite block processing technology, its application scope is becoming wider and wider. RAY GROUP LIMITED CO., LTD has been engaged in the development of high purity graphite, striving to further the production process of graphite blocks. Graphite blocks are sealed as different graphite squares

Graphite is a very easy-to-cut material, but the graphite product used as EDM electrode must have enough strength to avoid damage during operation and EDM processing. At the same time, the shape of the electrode (thin wall, small rounded corner, sharp change) also puts forward higher requirements for the grain size and strength of the graphite electrode,

Most of the batteries consist of two solid electrochemical active layers, called electrodes, separated by polymer films injected into liquid or gel electrolytes. However, recent studies have explored the possibility of all-solid-state batteries in which liquid (and possibly flammable) electrolytes will be replaced by solid electrolytes, which can improve the energy density and safety of