Separation Machine

Product Introduction of Central Separation Machine

The Central Separation Machine is specifically designed for separating powder from aluminum casings in lithium-ion batteries. It features an integrated sealed structure, an elegant appearance, and stable production capacity.

Core Application Scenario

This machine is mainly applied in the lithium-ion battery recycling production line. Targeting the post-disassembly processing of waste lithium-ion batteries, it can efficiently and thoroughly separate powdery substances (such as positive and negative electrode material powders) inside the batteries from aluminum casings. It addresses issues of low efficiency, incomplete separation, and easy dust pollution in traditional separation methods, laying a solid foundation for subsequent processes like powder purification and aluminum casing recycling and reuse.

Core Advantages and Performance Features

Outstanding Sealing Performance and Strong Environmental Friendliness

Integrated Sealed Structure: The machine adopts a fully enclosed design with a concise and elegant appearance. This not only enhances the overall texture of the equipment but also fundamentally prevents dust leakage and gas emission during the separation process. It effectively protects the working environment, reduces the impact of dust on the health of operators, and complies with environmental protection production standards.

Four-Layer Sealing Protection for Bearing Housing: As a key transmission component of the machine, the bearing housing adopts a four-layer composite sealing structure consisting of "oil seal + air seal + labyrinth seal + oil seal". This multi-layer protection can completely block external dust and impurities from entering the bearing interior, while preventing internal lubricating oil leakage. It significantly extends the service life of the bearing and ensures the long-term stable operation of the machine.

High-Quality and Durable Materials for Long Service Life

The core transmission components of the machine the main shaft and blades are all made of NM400 wear-resistant plate. As a high-strength wear-resistant steel, NM400 exhibits excellent wear resistance and impact resistance. It can withstand continuous friction and impact from powder and aluminum casings during the separation process, effectively reducing component wear, lowering the frequency of equipment maintenance and associated costs, and ensuring the machine maintains efficient operation for a long time.

Excellent Processing Effect and Stable Production Capacity

Excellent Crushing Effect: Through the optimized blade structure and rotational speed design, the machine can fully crush and separate the lithium-ion battery mixture, ensuring complete separation of powder from aluminum casings and preventing powder from adhering to the surface of aluminum casings, thus improving the separation purity.

Uniformly Dense Discharged Materials: The separated powder has high consistency in discharge density without agglomeration, facilitating subsequent storage, transportation, and purification processing. The aluminum casings can also maintain their intact shape, reducing the need for secondary crushing processes and increasing the recycling value of resources.

Stable Production Capacity: The machine operates with stable performance and minimal fluctuation in processing capacity. It can continuously output materials according to the needs of the production line, meeting the large-scale production requirements of medium and large-sized lithium-ion battery recycling enterprises.

Core Value of the Equipment

With the combined advantages of "efficient separation + environmental protection sealing + durable materials", the Central Separation and Crushing Machine helps lithium-ion battery recycling enterprises achieve three core values:

Efficiency Improvement: It replaces traditional manual or low-efficiency separation methods, significantly shortening the separation time of powder and aluminum casings and increasing the overall processing speed of the production line.

Environmental Protection Assurance: The fully enclosed design prevents dust pollution, complies with national environmental protection policies, and helps enterprises build green production workshops.

Cost Reduction: The wear-resistant materials reduce the frequency of component replacement, and the stable production capacity minimizes downtime losses, lowering the overall cost of enterprises from both operation and production aspects.

In summary, this equipment is one of the key devices in the lithium-ion battery recycling field for achieving "efficient resource recycling and environmentally compliant production", and is suitable for lithium-ion battery recycling enterprises of all scales.