Machine for Lithium Battery Shredding Recycling
This is a specialized crushing and separation system designed for processing waste lithium-ion batteries. Its core objective is to efficiently extract the black material from within the batteries while simultaneously recovering copper, aluminum, and casing materials. Within the recycling industry, the extraction rate and purity of this black material directly impact a company's costs, profits, and market competitiveness. Therefore, the performance of the process equipment determines the ultimate profitability. Through continuous structural optimization and separation precision enhancements in our long-term technical practice, we have achieved high recovery efficiency and high-purity output while maintaining processing capacity. This delivers more stable and controllable production performance for battery recycling plants.
Machine for Lithium Battery Shredding Recycling
The battery recycling production process begins with crushing. Upon entering the crushing system, casings are rapidly shredded and separated from the battery cells. Subsequently, the material proceeds through multi-stage screening and sorting modules, where copper foil, aluminum foil, separator paper, and active materials are progressively stripped away. Key evaluation metrics for the entire line include material separation rate, black powder recovery rate, and overall processing capacity. The purity and recovery rate of the black powder are core factors influencing profitability. Through a combination of air classification, density separation, and magnetic separation, our equipment achieves black powder recovery rates up to 98% and purity levels as high as 99% under stable operating conditions, significantly enhancing the economic returns of recycling lines.
To accommodate varying recycling scales and material compositions, our process layouts and equipment configurations are fully customizable, including crusher chamber types, screening specifications, air classification precision, and powder collection systems. The entire system employs enclosed conveying, dust removal, and exhaust gas control designs to minimize secondary pollution, ensuring a safer production environment that meets environmental standards. For clients planning capacity expansion or new plant construction, we provide comprehensive system selection solutions. From front-end dismantling to back-end fine powder collection, the entire process can be automated and continuous, guaranteeing stable equipment operation, easy maintenance, and optimized energy consumption.
If you are seeking lithium battery crushing and recycling equipment with high recovery rates, high purity, and industrial-scale adaptability, please contact us for test parameters, processing capacity configurations, and detailed pricing proposals. We are committed to collaborating with global recycling enterprises to advance the circular reuse of lithium battery resources, transforming waste batteries into valuable energy materials once again.
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