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Address:Room 1505, Building 9, No. 26 Dongqing Street, Zhengzhou High-tech Industrial Development Zone
Tel Number
180-3717-8440
Product Introduction:
The KJ-T1200-S110 dual-tube furnace is a high-performance, high-safety heating device designed specifically for high-standard laboratory environments. It employs a unique double-layer furnace shell structure and integrates an automatic air-cooling system, ensuring that the furnace shell surface temperature remains below 50°C even at operating temperatures up to 1200°C, significantly improving operator safety and equipment operational stability.
Its core advantage lies in its dual-temperature zone independent heating system. The two heating zones are 450mm and 520mm in length, respectively, and can be independently programmed and controlled in temperature. This design makes the furnace particularly suitable for R&D scenarios requiring parallel comparative experiments, multi-step complex processes, or simultaneous processing in different atmospheres. The equipment is equipped with an artificial intelligence temperature control system, supporting 30-segment programmable heating and cooling, with a temperature control accuracy of ±1°C, and comprehensive over-temperature and thermocouple breakage protection functions, providing reliable protection for precision experiments.
Main Application Industries：
This equipment, with its precise temperature control, flexible configuration, and reliable safety, is widely used in the following scientific research and industrial fields:
Materials Science and Engineering: Used for the research and development of ceramic material sintering, metal heat treatment, nanomaterial synthesis, glass preparation, and composite materials.
Chemistry and Catalysis Research: Suitable for catalyst preparation and activation, chemical vapor deposition (CVD), organic/inorganic synthesis, sample ashing, and high-temperature chemical reaction experiments.
New Energy Development: Plays a key role in the research and development of new energy materials such as lithium-ion batteries (positive and negative electrode material sintering), fuel cells (electrolyte sintering), and solar cells (thin film material preparation).
Universities and Research Institutes: A fundamental piece of equipment for high-temperature experimental teaching and cutting-edge scientific research in laboratories of physics, chemistry, materials science, and environmental science.
The KJ-T1200-S110 dual-tube furnace is a high-performance, high-safety heating device designed specifically for high-standard laboratory environments. It employs a unique double-layer furnace shell structure and integrates an automatic air-cooling system, ensuring that the furnace shell surface temperature remains below 50°C even at operating temperatures up to 1200°C, significantly improving operator safety and equipment operational stability.
Its core advantage lies in its dual-temperature zone independent heating system. The two heating zones are 450mm and 520mm in length, respectively, and can be independently programmed and controlled in temperature. This design makes the furnace particularly suitable for R&D scenarios requiring parallel comparative experiments, multi-step complex processes, or simultaneous processing in different atmospheres. The equipment is equipped with an artificial intelligence temperature control system, supporting 30-segment programmable heating and cooling, with a temperature control accuracy of ±1°C, and comprehensive over-temperature and thermocouple breakage protection functions, providing reliable protection for precision experiments.
Main Application Industries：
This equipment, with its precise temperature control, flexible configuration, and reliable safety, is widely used in the following scientific research and industrial fields:
Materials Science and Engineering: Used for the research and development of ceramic material sintering, metal heat treatment, nanomaterial synthesis, glass preparation, and composite materials.
Chemistry and Catalysis Research: Suitable for catalyst preparation and activation, chemical vapor deposition (CVD), organic/inorganic synthesis, sample ashing, and high-temperature chemical reaction experiments.
New Energy Development: Plays a key role in the research and development of new energy materials such as lithium-ion batteries (positive and negative electrode material sintering), fuel cells (electrolyte sintering), and solar cells (thin film material preparation).
Universities and Research Institutes: A fundamental piece of equipment for high-temperature experimental teaching and cutting-edge scientific research in laboratories of physics, chemistry, materials science, and environmental science.
