Graphitization Furnace

JTG-CC3200 vertical vacuum graphitization furnace designed specifically for C/C composite product processing. Achieves 3200℃ maximum temperature with PID intelligent control delivering ±2℃ precision f

JTG-CF3000 continuous carbon fiber graphitization furnace enables uninterrupted production of graphitized carbon fiber with argon atmosphere protection. Wire enters from one end and exits fully graphi

JTG2800 vertical vacuum induction graphitization furnace engineered for lithium battery negative electrode material processing at 2800℃. Features IGBT power control technology that delivers superior e

JTG3000H horizontal graphitization furnace reaches 3000℃ working temperature for graphene material production. Features compact horizontal design with integrated water cooling system for continuous hi

JTG3200 series vertical induction vacuum graphitization furnace delivers industry-leading 3200℃ maximum temperature for demanding carbon structural part graphitization. Equipped with advanced IGBT pow

Carbon Fiber Graphitization Furnace Product Usage : (1) For high temperature graphitization and carbonization of carbon fiber. (2) other that can be sintered and purified materials in the carbon environment. Product Advantage: Carbon fiber graphitization furnace is a high-performance intelligent ultra-high temperature equipment developed by our engineering and technical personnel under the strong support of domestic scientific research institutes and universities. The

Product Description Graphitization furnace is a high-performance intelligent heating furnace introduced by our engineering and technical personnel to digest and absorb foreign temperature measurement, temperature control technology, intelligence, new material technology and furnace design technology. Suitable for high temperature treatment of materials (carbonization, graphitization, high temperature degreasing, impurity removal, etc.) under vacuum or gas protection.

Carbon Fiber Graphitization Furnace Product Usage : (1) For high temperature graphitization and carbonization of carbon fiber. (2) other that can be sintered and purified materials in the carbon environment. Product Advantage: Carbon fiber graphitization furnace is a high-performance intelligent ultra-high temperature equipment developed by our engineering and technical personnel under the strong support of domestic scientific research institutes and universities. The

Products Description Usage: Graphite cracking furnace was specially developed for laboratory test and development environment, with characteristics of compact structure, easy operation, wide temperature range, etc. Structure crucible, a heating element and a furnace lining Working temperature 2200-3000 °C Working method argon atmospheres Heating system temperature controller, power regulator, transformer, heating element and thermocouple/pyrometer Vacuum degree 5x10 -2 mbar

Products Description Usage: Graphite cracking furnace was specially developed for laboratory test and development environment, with characteristics of compact structure, easy operation, wide temperature range, etc. Structure crucible, a heating element and a furnace lining Working temperature 2200-3000 °C Working method argon atmospheres Heating system temperature controller, power regulator, transformer, heating element and thermocouple/pyrometer Vacuum degree 5x10 -2 mbar

Usage : It is used for high temperature treatment and graphitization of carbon structural parts (products), C/C composite products, carbon fiber products, sintering graphitization of carbon fiber filament and other materials that can be sintered and melted in carbon environment. Product advantage Laboratory graphitization furnace is a high-performance intelligent heating furnace introduced by our engineers and technicians who digest and absorb foreign temperature measurement,

Usage : It is used for high temperature treatment and graphitization of carbon structural parts (products), C/C composite products, carbon fiber products, sintering graphitization of carbon fiber filament and other materials that can be sintered and melted in carbon environment. Product advantage Laboratory graphitization furnace is a high-performance intelligent heating furnace introduced by our engineers and technicians who digest and absorb foreign temperature measurement,

Products Description Usage: Graphite cracking furnace was specially developed for laboratory test and development environment, with characteristics of compact structure, easy operation, wide temperature range, etc. Structure crucible, a heating element and a furnace lining Working temperature 2200-3000 °C Working method argon atmospheres Heating system temperature controller, power regulator, transformer, heating element and thermocouple/pyrometer Vacuum degree 5x10 -2 mbar

Products Description Usage: Graphite cracking furnace was specially developed for laboratory test and development environment, with characteristics of compact structure, easy operation, wide temperature range, etc. Structure crucible, a heating element and a furnace lining Working temperature 2200-3000 °C Working method argon atmospheres Heating system temperature controller, power regulator, transformer, heating element and thermocouple/pyrometer Vacuum degree 5x10 -2 mbar

Usage : It is used for high temperature treatment and graphitization of carbon structural parts (products), C/C composite products, carbon fiber products, sintering graphitization of carbon fiber filament and other materials that can be sintered and melted in carbon environment. Product advantage Laboratory graphitization furnace is a high-performance intelligent heating furnace introduced by our engineers and technicians who digest and absorb foreign temperature measurement,

Carbon Fiber Graphitization Furnace Product Usage : (1) For high temperature graphitization and carbonization of carbon fiber. (2) other that can be sintered and purified materials in the carbon environment. Product Advantage: Carbon fiber graphitization furnace is a high-performance intelligent ultra-high temperature equipment developed by our engineering and technical personnel under the strong support of domestic scientific research institutes and universities. The

Usage : It is used for high temperature treatment and graphitization of carbon structural parts (products), C/C composite products, carbon fiber products, sintering graphitization of carbon fiber filament and other materials that can be sintered and melted in carbon environment. Product advantage Laboratory graphitization furnace is a high-performance intelligent heating furnace introduced by our engineers and technicians who digest and absorb foreign temperature measurement,

Products Description Usage: Graphite cracking furnace was specially developed for laboratory test and development environment, with characteristics of compact structure, easy operation, wide temperature range, etc. Structure crucible, a heating element and a furnace lining Working temperature 2200-3000 °C Working method argon atmospheres Heating system temperature controller, power regulator, transformer, heating element and thermocouple/pyrometer Vacuum degree 5x10 -2 mbar

Products Description Laboratory Graphitization Integrated Furnace For graphitization of carbon structural parts (products), C/C composite products, carbon fiber products, sintering graphitization of carbon fiber filament and other materials that can be sintered and melted in carbon environment. Model GJC-SML-1.1-Y GJC-SML-10-Y GJC-SML-35-Y High Temperature Zone Volume φ100*150 φ200*300 φ300*500 Limit Temperature 3200℃ Working Atmosphere in the Furnace Vacuum, hydrogen,

Usage : It is used for high temperature treatment and graphitization of carbon structural parts (products), C/C composite products, carbon fiber products, sintering graphitization of carbon fiber filament and other materials that can be sintered and melted in carbon environment. Product advantage Laboratory graphitization furnace is a high-performance intelligent heating furnace introduced by our engineers and technicians who digest and absorb foreign temperature measurement,