When drawing large-diameter Graphite Electrode in Different Size, the traditional graphite thermal field The product is difficult to form, and because of the excellent performance of carbon-carbon composite materials, at present, when drawing large-diameter products abroad, carbon-carbon composite thermal field products are mostly used; ﹙5﹚ adopted in straight-drawing single crystal furnaces Carbon-carbon composite materials are used as heat insulation (heat shields). Graphite products for electronic engineering are first and foremost applied in the semiconductor industry.
Its tensile strength, flexural strength and compressive strength will increase with increasing temperature. But not to mention that the currently used isotropic high-purity graphite products will be eliminated in the future and replaced by carbon-carbon fiber composite materials. It is generally produced from high sulfur and high asphaltene residue oil, and can only be used as industrial fuel for power generation and cement.; the other two are crystalline carbon, That is graphite and diamond. The second type is isotropic high-purity graphite products by isostatic pressing process.
The heaters that can be selected according to the conditions of use include metal tungsten, molybdenum and non-metallic graphite.6-30mm. application.4 Main characteristics of graphite products for semiconductor and photovoltaic industry The main characteristics of graphite products for semiconductor and photovoltaic industry are as follows: (1) The theoretical density of graphite single crystal is 2. Relevant industry experts believe that the types used can be divided into three categories , Or three stages of development.
This is undoubtedly a good opportunity for the economic development of the graphite industry and a major opportunity for graphite companies to explore new markets. Petroleum coke in the United States, Russia, the Middle East and Eastern European countries are all high-sulfur coke. Graphite has very good thermal shock resistance, so graphite can be heated or cooled quickly without problems.
https://www.china-graphiteelectrode.com/
Its tensile strength, flexural strength and compressive strength will increase with increasing temperature. But not to mention that the currently used isotropic high-purity graphite products will be eliminated in the future and replaced by carbon-carbon fiber composite materials. It is generally produced from high sulfur and high asphaltene residue oil, and can only be used as industrial fuel for power generation and cement.; the other two are crystalline carbon, That is graphite and diamond. The second type is isotropic high-purity graphite products by isostatic pressing process.
The heaters that can be selected according to the conditions of use include metal tungsten, molybdenum and non-metallic graphite.6-30mm. application.4 Main characteristics of graphite products for semiconductor and photovoltaic industry The main characteristics of graphite products for semiconductor and photovoltaic industry are as follows: (1) The theoretical density of graphite single crystal is 2. Relevant industry experts believe that the types used can be divided into three categories , Or three stages of development.
This is undoubtedly a good opportunity for the economic development of the graphite industry and a major opportunity for graphite companies to explore new markets. Petroleum coke in the United States, Russia, the Middle East and Eastern European countries are all high-sulfur coke. Graphite has very good thermal shock resistance, so graphite can be heated or cooled quickly without problems.
https://www.china-graphiteelectrode.com/
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