Lithium Iron Phosphate Battery Recycling Plant
With the rapid growth of the global new energy vehicle industry, the volume of waste lithium batteries has surged dramatically. Recycling the metal resources within these batteries is not only an environmental imperative but also a significant industrial opportunity worldwide. SUNY GROUP's latest-generation lithium iron phosphate battery recycling production line, centered on high safety, high purity, and high recovery rates, propels the battery recycling industry into a new era of intelligent and efficient operations.
High-Safety Design
Lithium batteries pose significant safety risks during the recycling process. Our system employs multi-layered protective measures to ensure safety and stability throughout the entire process. The complete equipment features a nitrogen protection system, effectively preventing combustion or explosion risks during cell fragmentation. High-strength sealed structures prevent dust and black powder leakage, maintaining a clean working environment. Simultaneously, intelligent temperature control and gas detection systems monitor the pyrolysis process in real-time, ensuring stable and safe material decomposition. The system further incorporates explosion-proof electrical control devices, elevating operational safety standards to allow enterprises to pursue efficient recycling without operational concerns.
High-Purity Sorting Technology
In the metal separation stage, our upgraded technology achieves industry-leading separation purity. Through precise physical sorting and automated detection systems, black powder (Black Mass) purity reaches 98% to 99%, while copper and aluminum separation purity can exceed 99%. This production line efficiently recovers cathode active materials from mainstream battery types such as NMC, LFP, and LCO, minimizing material loss. The recovered high-purity black powder is rich in key metals like lithium, nickel, cobalt, and manganese. It can be directly supplied to hydrometallurgical plants for purification and reuse in producing cathode materials for new batteries. Copper granules find extensive applications in the electrical and electronics industries, while aluminum granules can be utilized in battery casings, automotive components, and metal reprocessing industries, enabling multi-tiered resource recycling.
Green and Environmentally Friendly
Lithium battery recycling is not only an environmental initiative but also a highly profitable industrial direction. With rising raw material costs and growing global demand, the market value of recycled resources is increasingly evident. Through this intelligent production line, enterprises can transform waste batteries into high-value materials, while by-products like steel and plastic can be resold, generating additional revenue.
Facing increasingly severe resource and environmental challenges, the lithium iron phosphate battery recycling production line has become an indispensable part of the new energy industry chain due to its technical advantages of high safety, high purity, and high recovery rates. If you are planning a lithium battery recycling project, now is the optimal time to establish your operations. Contact us to obtain a complete project proposal and quotation.
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