High-Temperature Graphitization Furnace

High-Temperature Graphitization Furnace

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  • Graphite Felt Carbonization Furnace
  • Graphite Felt Carbonization Furnace
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Graphite Felt Carbonization Furnace

Rigid felt, using polyacrylonitrile-based carbon felt or graphite felt as the base material, is produced through special processes of bonding, curing, shaping, carbonization, and high-temperature treatment. It exhibits excellent shape retention, self-supporting capability, low density, no shedding of short fibers, high surface finish, low thermal conductivity, high temperature resistance, good thermal shock resistance (no cracking or deformation during long-term use), long service life, easy installation and replacement, and can withstand temperatures up to 3000°C. It is an ideal new type of thermal insulation material for high-temperature vacuum equipment and high-temperature equipment in non-oxidizing atmospheres.

Primarily used for high-temperature treatment of carbon/carbon composites, rigid insulation felt, cured felt, carbon fiber insulation materials, graphite products, and also for graphitization of other materials.

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Product parameter
Model Charging Space Dimensions Design Temperature Rated Temperature Heating Voltage Power Ultimate Vacuum Pressure Rise Rate Temperature Uniformity Load Capacity
  mm V KW Pa pa/h KG
YH-THW-R150-150/300 □1500X1500X3000 2300 2200 50 550 20   ±15 5000
YH-THW-R150-150/300 □1500X1500X3000 2300 2200 50 550 20 ±15 5000
YH-THW-R250-200/400 □2500X2500X4000 2300 2200 50 1200 20 ±15 10000
YH-THW-R250-250/500 □2500X2500X5000 2300 2200 50 1500 20 ±15 15000
YH-THW-R180/260  ③ Φ2400X2600 2300 2200 50 400 20 ±15 4000
 Model description: YH: Zhuzhou Yuanhang Industrial Furnace Technology Co., Ltd.;

 TH: High-temperature carbonization furnace;

 W: Horizontal furnace; S: Square furnace chamber;

 R: Round furnace chamber. The numerals respectively represent width, height, length, in cm.

Product characteristics

1.Rigid felt, using polyacrylonitrile-based carbon felt or graphite felt as the base material, is produced through special processes of bonding, curing, shaping, carbonization, and high-temperature treatment. It exhibits excellent shape retention, self-supporting capability, low density, no shedding of short fibers, high surface finish, low thermal conductivity, high temperature resistance, good thermal shock resistance (no cracking or deformation during long-term use), long service life, easy installation and replacement, and can withstand temperatures up to 3000°C. It is an ideal new type of thermal insulation material for high-temperature vacuum equipment and high-temperature equipment in non-oxidizing atmospheres.
2. Suitable for various furnace types such as vacuum high-pressure gas quenching furnaces, vacuum sintering furnaces, pressurized vacuum sintering furnaces, monocrystalline silicon furnaces, polycrystalline silicon furnaces, and silicon carbide recrystallization furnaces. Products in various shapes including flat plates, disks, and cylinders can be processed according to user requirements with low machining tolerances.
3. This vacuum carbonization furnace is specifically designed by our company for the carbonization of domestic carbon insulation materials. It is mainly used for the carbonization and graphitization of carbon felt, rigid felt, graphite rigid felt, and rigid felt cylinders, firing various types of flat plates and cylindrical materials.

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