Amid the rapid development of the new energy industry, the lithium battery carbonization furnace has emerged as a key device for the preparation of lithium battery anode materials and the resource utilization of waste lithium battery recycling. Relying on precise high-temperature pyrolysis and carbonization technology, it achieves harmless disposal of materials and high-value recovery of carbon resources, meeting the dual demands of green development and capacity expansion in the new energy industry.
The lithium battery carbonization furnace is mainly used for the pre-carbonization treatment of lithium battery anode materials and the pyrolysis carbonization of waste lithium battery electrode powder, separators and other materials. By accurately controlling the furnace temperature, atmosphere and carbonization time, it removes organic impurities and volatile components from materials to form a high-purity carbon structure. It not only provides a stable raw material basis for lithium battery anode materials, but also recycles regenerated carbon resources such as graphite and carbon black from waste lithium batteries, reducing resource waste.
Equipped with a precise temperature control and atmosphere adjustment system, the equipment can stably control the uniformity of furnace temperature and oxygen concentration, ensuring the purity and consistency of carbonization products. Mainstream models support 24-hour continuous production, and combined with waste heat recycling design, they greatly improve production efficiency while reducing energy consumption. A single unit can meet the needs of large-scale production and recycling processing. Meanwhile, the equipment is provided with a complete waste gas and dust treatment system, and pollutant emissions comply with national environmental protection standards, realizing green operation of production and recycling.
From lithium battery anode material manufacturers to waste lithium battery recycling institutions, the lithium battery carbonization furnace has become an essential piece of equipment for upstream and downstream of the industrial chain due to its strong adaptability, stable operation, energy saving and environmental protection features. It helps the new energy industry achieve both quality improvement in material preparation and recycling of waste resources, providing hardware support for the green upgrading of the entire life cycle of the lithium battery industry.
