When planning a lithium battery recycling project, capacity selection affects not only output, but also plant layout, power demand, investment structure, and future expansion. YUSHUNXIN offers 500kg/h and 1000kg/h lithium battery recycling plant solutions for customers processing waste single lithium batteries and aiming to recover valuable materials such as black powder, copper, aluminum, and iron-containing fractions through organized mechanical separation.
500kg/h Lithium Battery Recycling Plant: A Practical Entry-Level Choice
The 500kg/h lithium battery recycling line is suitable for customers who are building a new recycling business, testing local battery collection channels, or planning a medium-scale production workshop. According to YUSHUNXIN’s product data, this line is designed with a 500kg/h processing capacity, about 300kW main power, and an approximate floor requirement of 60m × 7m × 7m.
This capacity can help customers establish a complete recycling process without immediately moving into a larger-scale plant. It is especially relevant for lithium battery manufacturers, solid waste recycling companies, and technical service firms that need a stable but controlled starting configuration. YUSHUNXIN’s current process planning for this capacity includes discharging, shredding, drying or carbonization, screening, secondary crushing, secondary screening, grinding, and circular vibrating screening. For a closer look at what this configuration includes, a 500kg per hour battery recycling plant offers a modular design that balances cost and throughput for medium-scale operators.
1000kg/h Lithium Battery Recycling Plant: Better for Larger Processing Demand
The 1000kg/h lithium battery disposal line is more suitable for customers with a stronger raw material supply, higher daily throughput targets, and a clearer plan for industrial-scale operation. YUSHUNXIN’s brochure lists this solution with a 1000kg/h capacity, about 349kW main power, and an approximate floor requirement of 80m × 7m × 7m.
Compared with the 500kg/h option, the 1000kg/h line requires more workshop space and a stronger supporting production plan, but it can better serve projects that need faster material turnover. For customers already receiving a steady volume of waste lithium batteries, this larger solution can reduce future pressure caused by capacity bottlenecks. Understanding what a 1000kg per hour disposal line delivers helps clarify the additional power, space, and automation features required for industrial-scale processing.
What Both Solutions Have in Common
Both YUSHUNXIN solutions are designed around a clear recycling objective: separating valuable materials from waste lithium batteries in a more organized way. The brochure describes a core process using physical crushing, air-flow separation, and vibrating screening, while the final separated outputs include black powder, copper, aluminum, and iron strips. Waste gas generated during processing is treated through environmental protection equipment. The recoverable materials from recycled batteries from both lines meet industry standards for further refining or direct sale.
Which Capacity Should You Choose?
A 500kg/h plant is often more suitable for customers entering the market, planning a moderate investment, or working with limited workshop space. A 1000kg/h plant is better for customers with larger battery volumes, more ambitious output goals, and stronger downstream recovery plans. For businesses handling EV packs specifically, exploring dedicated EV battery recycling project solutions can help align capacity choice with automotive industry requirements.
As a manufacturer of lithium battery recycling equipment, YUSHUNXIN recommends choosing capacity based on real feedstock volume, plant area, labor arrangement, environmental requirements, and business growth expectations rather than selecting the largest model by default. This helps customers build a recycling line that is more practical, stable, and easier to expand later.
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