With the rapid growth of advanced industries such as energy storage, metallurgy, and aerospace, the demand for high-performance carbon materials continues to rise. Industrial carbon material sintering, especially graphitization, requires precise temperature control, large processing capacity, and st

The demand for high-purity graphite has surged in industries such as lithium-ion batteries, aerospace, and advanced electronics. Achieving superior graphite quality requires precise control over graphitization processes, high temperatures, and an inert or vacuum environment to prevent contamination.

Revolutionizing battery anode production, the 3200°C ultra-high temperature graphitization furnace is transforming the way advanced carbon materials are processed. Designed for large-scale industrial use, this furnace efficiently handles battery anode materials, C/C composite products, carbon fibers

High-temperature graphitization furnaces are common experimental equipment, and various faults may occur during their use. The following are some common faults and the corresponding emergency measures: 1. Power failure: If no current output is found from the high-temperature graphitization furnace,

The application and function of carbon fiber graphitization furnaceThe carbon fiber graphitization furnace is a special device specifically designed for the production of carbon fibers. This equipment uses graphite as the raw material. Through high temperature, the amorphous carbon part in the carbo