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The silicon-based anode material is one of the important industrial directions of CHJT INTELLIGENT. We have relevant products on the market in the field of silica-oxygen and silica-carbon negative electrode, especially the scale anode preparation machine for silica-oxygen precursor, which solves the important technical bottleneck of industrialized mass production of the silica-oxygen negative electrode. After years of continuous and iterative research and development, CHJT INTELLIGENT, as an experienced and professional anode furnace manufacturer has successfully developed a series of experimental to industrial-grade silicon oxide preparation equipment—complementary to our versatile anode preparation machine—including experimental equipment that can produce 5-10kg of furnace material, 30kg of pilot equipment, and 500kg batch of distillation and sintering equipment for silicon oxide precursor for large-scale mass production—products that showcase the core competitiveness of top-tier anode furnace manufacturers.
A working area of Φ900×1000mm
A maximum temperature of 1600°C in the reaction area
An accuracy of ±1°C temperature control
A pressure rise rate of ≤6.7 Pa/h
A cold limit vacuum of ≤6.67×10⁻¹ Pa
Total volume of mixing pot: 500L
Working volume: 220L
Water storage barrel volume: 240L
Storage barrel volume: 300L
Total power: 60KW
Working volume: 30kg
Storage barrel volume: 60L
Total power: Approximately 60kW
Working volume: Φ220×600mm
Total power: Approximately 32kW
High-capacity silicon-based anode material is an important component of lithium batteries, and our silicon-oxygen preparation equipment enables large-scale, high-performance silicon-oxygen precursor production—significantly reducing the overall cost of silicon-oxygen anode materials. As an experienced anode furnace manufacturer, we focus on stable process control, scalable throughput, and consistent precursor quality for downstream mass production.
Silicon-based anodes are among the core materials for lithium batteries. We currently provide a complete set of production and R&D equipment centered on a high-performance anode preparation machine, 100kg-class CVD carbon coating equipment, and gas-phase silicon-carbon R&D equipment. The application of our anode preparation machines ensures high quality and stability of lithium anode materials, providing reliable power support for electric vehicles and energy storage systems. Closely aligned with industrial requirements, we are committed to delivering anode preparation solutions with scale advantages and low comprehensive production costs as a trusted anode furnace manufacturer.
The application of anode preparation machines ensure the high quality and stability of lithium anode materials, which provide reliable power support for electric vehicles and energy storage systems. Our products are closely integrated with the demands of the industrial end, and we are committed to preparing high-quality anode preparation machine with scale and low comprehensive production costs.
CHJT, as a reliable and professional anode furnace manufacturer, can supply you the high-performance silicon-oxygen preparation equipment along with quality service.
Mainly graphite parts, the service life is 1~2 years. Specifically depends on whether the standardized use, whether the correct maintenance.
Graphite parts used for 1 year, share the cost of 0.67 yuan / kg, graphite parts used for 2 years, share the cost of 0.33 yuan / kg.
The whole process cycle from feeding to discharging is about 90 hours (the actual heating time is approximate), which is a key performance metric many anode furnace manufacturers focus on optimizing.
4~5 persons are needed without traveling car; 3 persons are needed with traveling car and lifting tools.
The capacity of a single anode furnace is 500kg; the highest yield rate can reach more than 90%, meeting the productivity requirements commonly specified by anode furnace manufacturers and end users.
14~16 degrees/Kg, the specific data of anode furnace is related to the material and sintering process.
