Battery Recycling Machine for Sale

Release Time：2026-09-20 14:21:18 Source：Lithium Battery Recycling Machine Share：

In recent years, the global new energy vehicle industry has experienced a phase of explosive growth. In China, new energy vehicle sales have ranked first in the world for many consecutive years. According to incomplete statistics, new energy vehicle sales exceeded 14 million units in 2023. As a large number of lithium-ion power batteries reach the end of their service life, the volume of retired power batteries in China is projected to exceed 780,000 metric tons by 2025. It is estimated that by 2030, the volume of retired power batteries will reach as high as 3 million metric tons. The recycled battery resources industry represents a market worth trillions. It will place stringent demands on safe and environmentally friendly processing technologies. If disposed of improperly, harmful substances in batteries—such as heavy metals and electrolytes—will severely pollute the environment. Furthermore, the waste of rare resources like lithium and cobalt poses a threat to the security of the industrial chain. Therefore, innovation in battery recycling machine has become a critical component of the transition to a new green economy.

 

Battery Recycling Machine for Sale

Leveraging years of innovative R&D and accumulated experience, Xingmao Machinery has launched a complete system of intelligent, automated, high-efficiency, and high-recovery-rate battery recycling equipment for crushing, sorting, and resource recovery. Not only is it widely favored in the Chinese market, but it is also a bestseller in more than 20 countries, including the United States, Spain, France, Poland, Japan, and South Korea. It has become the most critical equipment in the battery recycling industry. If you are interested in purchasing a battery recycling machine, please feel free to contact us.
 

 

The Three Core Systems of Battery Recycling Machines

Our battery recycling machine employs a core process flow consisting of: shredding → drying → crushing → sorting → purification. It is a complete closed-loop system, from raw material input to the output of high-purity products, that truly achieves resource-based recycling and processing.

Intelligent Feeding and Low-Temperature Drying

The low-oxygen conveyor uses a chain-plate elevator to transport used batteries into the hopper. They are then uniformly fed through a screw conveyor to the feeding system and into the low-temperature drying oven. The drying furnace has a controllable temperature range of 100–450°C. It uses electric heating to subject the material to low-temperature pyrolysis for 20–25 minutes, effectively removing electrolyte and moisture. This process prevents damage to the material’s properties caused by high-temperature combustion and avoids environmental pollution. The low-temperature drying furnace features a stainless steel inner liner and an outer insulation layer, ensuring safe and stable operation. The entire drying process is conducted under negative pressure. The generated exhaust gas is cooled and purified through a cyclone separator, pulse dust collector, cyclone spray tower, and RCO. The spray tower employs a counter-current spray design and utilizes two-fluid instantaneous cooling technology to rapidly reduce high-temperature exhaust gas exceeding 200°C to below 60°C, simultaneously completing scrubbing and dust removal. This significantly enhances the safety and efficiency of subsequent processing.

Multi-Stage Crushing and Fine Separation Technology

The dried material is fed into a hammer mill. Under the action of high-speed rotating alloy hammers and blades, it is crushed to a size of 2–3 cm. The powder removal rate reaches up to 90%. The equipment incorporates a heavy-duty flywheel to increase inertia and reduce the risk of clogging.

The crushed material then sequentially enters systems such as a pneumatic conveyor, drum screen, magnetic separator, and air classifier. This enables rapid, multi-layer separation.

Drum Screen: Features a self-cleaning drum structure installed at an angle. It automatically removes clogged material, ensuring the screen remains unobstructed. Separation efficiency can reach up to 99%.

Multi-Stage Sorting System: The entire system combines positive- and negative-pressure airflow control with sealed recirculating air reuse technology. This enables precise separation of positive and negative electrode powders, copper, aluminum, plastics, and other materials. Copper and aluminum recovery rates are ≥98%; anode and cathode powder recovery rate ≥98%; iron recovery rate ≥99.5%.

High-Purity Product Output

The various materials produced by the battery recycling machine are of extremely high purity. Anode and cathode black powder purity ≥99%. Lithium content ≥0.1%. Aluminum powder purity ≥98%. Contains only trace amounts of plastic. Copper powder purity ≥98%. Contains trace amounts of plastic or copper.
 

Environmental Protection and Energy Conservation

Xingmao Machinery not only focuses on resource recovery efficiency but also strives for excellence in environmentally friendly design. The complete system is equipped with a cyclone scrubbing tower, RCO, catalytic combustion equipment, and other components to thoroughly treat organic compounds in exhaust gases. When the activated carbon reaches adsorption saturation, it can be desorbed and regenerated through electric heating. The high-concentration organic gases released during desorption undergo catalytic oxidation to produce carbon dioxide and water. At the same time, heat is released, part of which is reused in the activated carbon regeneration process, creating a closed-loop system that truly achieves “zero secondary pollution.”


 

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