High vacuum furnace for carbonization process of carbon products

More Results About Vacuum Furnace:
  • Carbon Fiber: Stabilizing, Carbonizing & Electric Surface Treatment

    After fibers are stabilized, the carbonizing process expels non-carbon atoms and bonds carbon atoms in a crystalline structure. Carbonization is accomplished by heating the fibers in two separate furnaces at different temperatures levels (approx. 1,000-3,000° C). Low temperature and high temperature (or ultra high

  • Furnace Engineering // Carbon Fibre Processing Industry // Custom

    Furnace Engineering designs, manufactures and supplies the following equipment for Carbon Fibre Research and Production facilities: Single Tow Low Applications: Carbonization High-Temperature (HT) furnaces for the pilot sc Furnaces Applications: Pre-carbonization Low-Temperature (LT) furnaces for the produ.

  • Vacuum Furnaces Furnaces for Advanced Materials - IHI

    1000. Sinterin. M. Si. Te. Pr. Lo. (D). High Pr. M. Siz. Te. Pre. Lo. (D) D. Other pr. Carbon. Graphit. Purifyin. Vacuum Carburizing Multi-Cell Furnace. Line V-MALS variety products. Cleaning with IHI's vacuum degreaser provides the best conditions for a uniform carburizing process, vacuum operations, gas nitriding and.

  • Specialty Graphites for High- Temperature Furnaces - SGL Group

    ? Vacuum furnaces ? Inert gas furnaces ? Heat treatment (hardening, carbonization, brazing, etc.) ? Carbon fiber production ? Cemented carbide production ? Sintering applications ? Technical ceramic production ? CVD/PVD coating. Materials made of carbon and graphite. Products of the SGL Group. SIGRATHERM?.

  • 1200℃ high vacuum sintering furnace-Kejia Furnace

    Description:Vacuum Sintering furnace is widely used for heat treatment of metal materials in high vacuum,recursive,protective atmosphere,also used for heat treatment of special materials,such as carbonation process of carbon products development.The furnace chamber is alumina refractory fiber for excellent thermal

  • Carbon and Graphite production & further processing

    Carbon Production. ?. Mixing. ?. Moulding and die-moulding. ?. Extrusion. ?. Baking and Furnaces. ?. Baking furnaces. * Ring furnace. * Single-chamber furnace . steps: 1. heat transfer from the outside into the interior. 2. Pyrolysis/carbonization of the binding agent. 3. transport of volatile pyrolysis products to the outside.

  • Vacuum Furnace - Kejia Furnace

    Kejia vacuum furnace is widely used for heat treatment of metal materials in high vacuum,recursive,protective atmosphere,also can be used for heating treatment of special materials,such as carbonization process of carbon products. Can be customized according to your needs. Based on the above information,you can

  • Vacuum Furnace & Atmosphere Furnace - Kejia Furnace

    vacuum furnace is widely used for heat treatment of metal materials in high vacuum,recursive,protective atmosphere,also can be used for heating treatment of special materials,such as carbonization process of carbon products. Atmosphere furnace can protect materials from oxidation anddecarburization with flowing

  • High Temperature Laboratory Furnace - Materials Research Furnaces

    Our small high temperature laboratory furnace is capable of running at 3000 °C in inert gas with modest power usage due to the highly efficient graphite Applications include: sintering, carbon fiber processing, carbonizing, ceramic firing, degassing, heat treating and more. 2200°C (3992 °F) maximum in Vacuum.

  • Fast cooling resistance furnace | SIMUWU

    The horizontal carbonization furnace used in the PI membrane carbonization, carbonization of graphite, carbon materials products The use of digital display intelligent temperature control system, automatic temperature measurement and control process to complete the high-precision SIMUWU VACUUM FURNACE.

  • Carbon Fiber: Stabilizing, Carbonizing & Electric Surface Treatment

    After fibers are stabilized, the carbonizing process expels non-carbon atoms and bonds carbon atoms in a crystalline structure. Carbonization is accomplished by heating the fibers in two separate furnaces at different temperatures levels (approx. 1,000-3,000° C). Low temperature and high temperature (or ultra high

  • Furnace Engineering // Carbon Fibre Processing Industry // Custom

    Furnace Engineering designs, manufactures and supplies the following equipment for Carbon Fibre Research and Production facilities: Single Tow Low Applications: Carbonization High-Temperature (HT) furnaces for the pilot sc Furnaces Applications: Pre-carbonization Low-Temperature (LT) furnaces for the produ.

  • Vacuum Furnaces Furnaces for Advanced Materials - IHI

    1000. Sinterin. M. Si. Te. Pr. Lo. (D). High Pr. M. Siz. Te. Pre. Lo. (D) D. Other pr. Carbon. Graphit. Purifyin. Vacuum Carburizing Multi-Cell Furnace. Line V-MALS variety products. Cleaning with IHI's vacuum degreaser provides the best conditions for a uniform carburizing process, vacuum operations, gas nitriding and.

  • Specialty Graphites for High- Temperature Furnaces - SGL Group

    ? Vacuum furnaces ? Inert gas furnaces ? Heat treatment (hardening, carbonization, brazing, etc.) ? Carbon fiber production ? Cemented carbide production ? Sintering applications ? Technical ceramic production ? CVD/PVD coating. Materials made of carbon and graphite. Products of the SGL Group. SIGRATHERM?.

  • 1200℃ high vacuum sintering furnace-Kejia Furnace

    Description:Vacuum Sintering furnace is widely used for heat treatment of metal materials in high vacuum,recursive,protective atmosphere,also used for heat treatment of special materials,such as carbonation process of carbon products development.The furnace chamber is alumina refractory fiber for excellent thermal

  • Carbon and Graphite production & further processing

    Carbon Production. ?. Mixing. ?. Moulding and die-moulding. ?. Extrusion. ?. Baking and Furnaces. ?. Baking furnaces. * Ring furnace. * Single-chamber furnace . steps: 1. heat transfer from the outside into the interior. 2. Pyrolysis/carbonization of the binding agent. 3. transport of volatile pyrolysis products to the outside.

  • Vacuum Furnace - Kejia Furnace

    Kejia vacuum furnace is widely used for heat treatment of metal materials in high vacuum,recursive,protective atmosphere,also can be used for heating treatment of special materials,such as carbonization process of carbon products. Can be customized according to your needs. Based on the above information,you can

  • Vacuum Furnace & Atmosphere Furnace - Kejia Furnace

    vacuum furnace is widely used for heat treatment of metal materials in high vacuum,recursive,protective atmosphere,also can be used for heating treatment of special materials,such as carbonization process of carbon products. Atmosphere furnace can protect materials from oxidation anddecarburization with flowing

  • High Temperature Laboratory Furnace - Materials Research Furnaces

    Our small high temperature laboratory furnace is capable of running at 3000 °C in inert gas with modest power usage due to the highly efficient graphite Applications include: sintering, carbon fiber processing, carbonizing, ceramic firing, degassing, heat treating and more. 2200°C (3992 °F) maximum in Vacuum.

  • Fast cooling resistance furnace | SIMUWU

    The horizontal carbonization furnace used in the PI membrane carbonization, carbonization of graphite, carbon materials products The use of digital display intelligent temperature control system, automatic temperature measurement and control process to complete the high-precision SIMUWU VACUUM FURNACE.

  • Control of Carbon Potential in Carbonizing Furnaces | Yokogawa

    With its CP value calculation function, the CX1000/CX2000 can be applied to a wide variety of applications involving atmospheric gas carburization, and offers a simple, high costperformance solution for improving quality and efficiency. Also, digitally recording the control process will yield low cost operation well into the

  • Thermal Technology | Noritak Co.,Limited Engineering Group

    Noritake's patented vacuum furnace is our latest thermal processing innovation for a wide range of production.


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