It adopts spodumene mineral processing and purification technology, with controllable impurity content, adapting to the leaching process of battery recycling and quickly dissolving in acidic leaching solution. The coarse particle size design facilitates transportation and storage and reduces packaging costs. It complies with ISO 14001 environmental management system certification, and adopts low-carbon technology in the production process, meeting the environmental protection requirements of circular economy. It can recover about 95% of lithium resources from retired batteries, greatly improving the lithium recovery rate of recycling enterprises and reducing raw material procurement costs.
Purity minimum 98.5% (Li2CO3 basis), Particle size D50=30-40μm, Copper impurity ≤50ppm, Iron impurity ≤30ppm, Calcium impurity ≤40ppm, Moisture content ≤0.3% by weight, Bulk density 0.5-0.9 g/cm³, Packing: 1000kg flexible intermediate bulk container (FIBC) bag, Storage: Dry warehouse, avoid direct sunlight, Shelf life: 2 years, Leaching efficiency: ≥98% in sulfuric acid solution.
It is mainly used in the hydrometallurgical recycling process of retired power batteries, as a supplementary raw material for lithium leaching and purification benchmark. It adapts to retired power battery recycling enterprises, lithium recycled material production enterprises and new energy resource recycling industrial parks, helping to realize the closed-loop circulation of lithium resources, reduce the mining pressure of native lithium mines and promoting the sustainable development of the global new energy industry.
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