Focusing on the dual demands of industrial energy conservation and high-precision material recovery, our company has recently completed a refined performance upgrade for the mature waste lithium-ion battery physical separation equipment. By optimizing the internal process structure, airflow circulation system and crushing and sorting matching parameters, the equipment achieves a significant reduction in operating energy consumption while maintaining high-efficiency separation, solving the industry pain points of high energy loss and rough material classification in traditional recycling equipment.
Relying on pure physical separation technology, the equipment still retains the core advantages of no chemical pollution and full-process environmental protection. It can efficiently separate and recover positive and negative electrode powder, copper foil, aluminum foil and other high-value materials of waste ternary lithium batteries, lithium iron phosphate batteries and battery scraps. Compared with the traditional model, the upgraded equipment reduces comprehensive energy consumption by a significant margin, and the fineness and uniformity of recovered battery powder are greatly improved, which is more conducive to the secondary reuse of battery materials.
Under the global low-carbon and energy-saving development trend, green and low-consumption production has become an important standard for measuring the competitiveness of recycling equipment. This refined upgrade not only improves the core performance and cost-performance of our battery recycling equipment, but also provides more economical and environmentally friendly equipment solutions for downstream battery recycling enterprises.
In the future, our company will continue to adhere to the concept of green technological innovation, continuously polish equipment performance, optimize recycling processes, and create high-efficiency, low-energy, high-purity lithium battery recycling and separation equipment for global customers, helping the new energy recycling industry build a low-carbon and efficient circular economic system.