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Product details :

Vacuum induction chemical vapor deposition furnace is a furnace that uses the principle of medium frequency induction to heat a graphite crucible placed inside an induction coil under vacuum or a protective atmosphere. It can also be resistance heated, and the prepared carbon carbon composite material is placed in the graphite crucible. Heat the crucible to the specified temperature at a certain temperature and introduce diluted hydrocarbon gas. The carbon containing active genes in the gas decompose and deposit on the surface of the material. The composite material prepared in this way will greatly increase its wear resistance. This equipment is suitable for preparing composite materials by chemical vapor deposition method, and can also be used for sintering hard alloy products. Carbon carbon composite material is an advanced composite material with carbon fiber reinforced carbon matrix, which has the characteristics of low density, high specific strength, high temperature resistance (3000 ℃), and excellent friction and wear performance. In the early days, carbon carbon composite material products developed through experimental methods were mainly used in the aerospace field, such as key components such as military aircraft brake discs, rocket engine nozzles, combustion chambers, nose cones, etc. At present, carbon carbon composite materials are widely used in modern transportation, large-scale manufacturing, national large-scale nuclear energy engineering, modern national defense construction, high-temperature thermal protection, semiconductor industry, hot pressing molds and other fields due to their excellent performance.

The key technology for preparing carbon carbon composite materials is the densification CVI process of carbon fiber preforms. The chemical vapor deposition furnace for carbon carbon composite materials is a specialized equipment for CVI process. It uses the principle of induction or resistance heating under certain vacuum or inert atmosphere conditions to heat the workpiece in the furnace to a certain temperature, and then introduces carbon source gas. After the gas is cracked at high temperature, it produces carbon containing substances that deposit on the surface of the workpiece, achieving the purpose of tissue densification.

Considering the wide application fields and broad market prospects of carbon carbon composite materials, our company has developed a large-scale chemical vapor deposition furnace for carbon carbon composite materials, mainly used for chemical vapor deposition of large carbon carbon products, and can also undergo full process vacuum carbonization treatment.

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