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Ultra-high power graphite electrodes applied in the electronic semiconductor industry.
Ultra-high power graphite electrodes have been widely applied in the following aspects: 1.Graphite molds for continuous and semi-continuous casting of non-ferrous metals In recent years, advanced production methods such as direct continuous (or semi-continuous) manufacturing of ...Read more -
COMPANY leaders’ business trip to Russia officially announced!
Dear partners and colleagues in the industry: To deepen international cooperation and explore market opportunities, Ms. amy, the general manager of Hebei Yukuang New Materials Co., LTD., visited Russia from May 11th to May 18th, 2025, for a 7-day business investigation and technical exchan...Read more -
Details of graphite electrode processing technology: Ultra-high power graphite electrode.
Ultra-high power graphite electrodes, by replacing copper electrodes with graphite electrodes for mold manufacturing, significantly shorten the mold manufacturing cycle, enhance labor productivity, and reduce the mold manufacturing cost. In recent years, with the introduction of precision m...Read more -
What are the practical uses of graphite powder and graphite electrodes in daily life？
Graphite electrode 1. Working conditions: The sintering process requirements for hot-pressed diamond geological drill bits are as follows: The temperature should reach 1000℃±20℃, the forming pressure should be between 16 and 18 mpa, the holding time should be 4 to 7 minutes, and the ...Read more -
Common problems in Electrical Discharge Machining of graphite electrodes and handling of graphite powder.
Graphite powder is processed from expanded graphite or flexible graphite. The types of graphite paper can be classified into flexible graphite paper, sealing graphite paper, ultra-thin graphite paper, thermal conductive graphite paper, etc. In the industrial sealing field, sealing graphite ...Read more -
The working principle of ultra-high power graphite electrodes.
The working principle of ultra-high power (UHP) graphite electrodes is primarily based on the arc discharge phenomenon. Leveraging their exceptional electrical conductivity, high-temperature resistance, and mechanical properties, these electrodes enable efficient conversion of electrical energy i...Read more -
What is the application prospect of ultra-high power graphite electrodes in the field of energy storage?
With the continuous growth of energy demand and the rapid development of renewable energy, energy storage technology is becoming increasingly important in the energy field. As a new type of graphite electrode material, ultra-high power graphite electrodes have the advantages of high energy densit...Read more -
How is the application of graphite electrodes in the aerospace field?
The application of graphite electrodes in the aerospace field Graphite electrodes, as a high-performance carbon material, possess excellent electrical conductivity, thermal conductivity, high-temperature resistance, chemical stability and light weight, etc., which have enabled them to be widely a...Read more -
Is the price level of ultra-high power graphite electrodes in line with market demand?
Ultra-high power graphite electrodes are important tools used in electric furnace smelting, featuring excellent properties such as high purity, high electrical conductivity, and high heat resistance. They are indispensable key materials in the metallurgical industry. With the development of the m...Read more -
The working principle of ultra-high power graphite electrodes.
The working principle of ultra-high power graphite electrodes is to act as conductors for releasing electrical energy in an electric arc furnace, heating and melting the charge in the form of an electric arc. Ultra-high power graphite electrodes are made from raw materials such as petroleum coke ...Read more -
Precautions for the use of graphite electrodes.
Graphite is a compound composed of carbon elements. Its atomic structure is arranged in a hexagonal honeycomb pattern. Three of the four electrons outside the atomic nucleus form strong and stable covalent bonds with the electrons of adjacent atomic nuclei, and the extra atom can move freel...Read more -
Why can graphite electrodes withstand high-temperature environments?
Why can graphite electrodes withstand high-temperature environments? Graphite electrodes play a crucial role in modern industry, especially in applications in high-temperature environments, such as electric arc furnace steelmaking, aluminum electrolysis, and electrochemical processing. The reason...Read more
