#Industry ·2026-02-07
It sends seemingly useless used batteries into the "disassembly operating room" — first shredding, then crushing, followed by precise sorting, "identifying" black powder, copper, aluminum, separators, and steel shells one by one, just like a CT scan. Throughout the process, nitrogen protection under negative pressure ensures no fire, smoke, or leaks. PM2.5 emissions are below 10 μg/m³, meeting dual certifications from the EU CE and the US UL. The recovery rates are 98% for copper and aluminum, 99% for black powder, and 95% each for lithium, cobalt, and nickel. One ton of used ternary batteries can extract 130 kg of nickel, 45 kg of cobalt, and 11 kg of lithium, equivalent to 1/20 the cost of mining from raw ore. With a modular design, it can be quickly installed in 30 days and occupies only half an acre of land. An intelligent AI vision system adjusts tool clearance in real time, extending hammer head lifespan by 2.3 times and reducing energy consumption per ton by 18%. Remote operation and maintenance can be conducted by scanning a QR code on a phone, with a 99.2% accuracy in fault prediction and an annual production capacity of 5,000–20,000 tons that can be customized. Choosing it means building a "never-exhausted" lithium mine for cities, ensuring that every used battery is recycled into raw materials for new batteries, truly achieving a zero-carbon closed loop where "batteries are born in cities and return to cities".
2026-02-07
2026-02-07
2026-02-07
2026-02-07
2026-02-07
2026-02-07
No. 15 Industrial Avenue, Industrial Park, Shicheng County, Jiangxi Province
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