In May 2026, our company showcased some high-end thermal processing equipment at the China International Battery Technology Exhibition (CIBF). Experts, scholars, industry clients and partners from the global new energy industry chain gathered in Shenzhen to jointly discuss the development trends of new energy battery materials, carbon-based materials and advanced thermal processing equipment.

Focusing on the Development of Carbon Materials, Seizing Opportunities in the New Energy Industry

    Against the backdrop of the “Dual Carbon” strategy and the rapid development of the global new energy industry, carbon materials are becoming indispensable key materials in advanced manufacturing, thanks to their excellent electrical conductivity, high-temperature resistance, chemical stability, and tunable structural properties.

    Particularly in the lithium-ion battery industry, carbon-based anode materials represented by Graphite continue to dominate the mainstream market. Meanwhile, emerging carbon materials such as hard carbon, soft carbon, carbon nanotubes, and graphene are also demonstrating significant application potential in energy storage, electric vehicles, and high-rate battery applications.

    From raw material preparation to final performance development, high-temperature heat treatment is one of the core processes that determines the microstructure and electrochemical performance of carbon materials. Key processes such as carbonization, graphitization, and purification directly affect the material’s crystal structure, electrical conductivity, specific capacity, and cycling stability.

Driving the Upgrade of the Carbon and Graphite Industry with Advanced Equipment

    In response to the evolving process requirements of new energy materials, our company prominently showcased the following four high-performance heat treatment equipment solutions:

Ⅰ、Fluidized Bed Furnace for Carbon Material Activation
    This equipment is suitable for the activation, modification, and nano-coating of resin carbon, biomass carbon, and powder materials. It boasts advantages such as high processing efficiency, good uniformity, and stable process. The specific surface area and pore size distribution can be precisely controlled according to requirements, and it is widely used in energy storage materials, power battery materials, and environmental adsorption materials.

    This equipment is suitable for the activation, modification, and nano-coating of resin carbon, biomass carbon, and powder materials. It boasts advantages such as high processing efficiency, good uniformity, and stable process. The specific surface area and pore size distribution can be precisely controlled according to requirements, and it is widely used in energy storage materials, power battery materials, and environmental adsorption materials.

Ⅱ、Ultra-high Temperature Graphitization Furnace

    Suitable for high-temperature graphitization treatment of graphite anode materials, carbon fiber, graphite products, and other carbon-based materials. The equipment can reach temperatures above 3000°C and features uniform temperature distribution, low energy consumption, and a high level of automation, effectively improving the degree of graphitization and electrical conductivity of the materials.

Ⅲ、High-temperature Vacuum Sintering Furnace

    Suitable for high-temperature sintering of powder metallurgy, advanced ceramics, and new energy materials, the equipment features a high-vacuum environment, precise temperature control, and stable thermal field performance, effectively improving material density, mechanical properties, and product consistency.

Ⅳ、High-temperature Purification Furnace

    Suitable for high-temperature purification of high-purity graphite, carbon materials, and advanced functional materials, the equipment features high operating temperatures and high purification efficiency, with advantages such as precise temperature control, stable operation, energy saving, and environmental friendliness. It can effectively reduce impurity content and improve material purity and overall performance.

Deepening Exchange and Cooperation to Build a Green Manufacturing Future Together

    During the exhibition, our booth attracted numerous customers from industries such as power batteries, energy storage materials, and advanced carbon-based materials. In-depth discussions were carried out on popular applications including anode material graphitization, high-purity carbon material processing, and carbon fiber heat treatment, with multiple consensuses reached regarding future cooperation opportunities.

    In the future, our company will continue to focus on the field of advanced thermal processing equipment, driving industrial upgrading through technological innovation. We are committed to providing more efficient, energy-saving, and intelligent heat treatment solutions for the global new energy materials, carbon materials, and advanced manufacturing industries, while working together with our partners to promote the high-quality development of the carbon and graphite industry.