Center Separation Material Loosening Machine

The Center Separation Material Loosening Machine is designed for material loosening, dispersion, and separation after shredding processes. It is suitable for lightweight residue from paper mills after secondary shredding, especially materials containing a high proportion of plastic. The machine can also be used for separating powder and aluminum shells in lithium battery recycling applications.

With an enclosed structure, NM400 wear-resistant main shaft and blades, and a four-layer bearing seat sealing system, the machine provides stable operation, uniform material discharge, and effective material loosening while helping prevent air and dust leakage.

Core Parameters

Designed for Post-Shredding Material Loosening

The Center Separation Material Loosening Machine is installed after shredding equipment to further loosen and disperse processed materials. It is suitable for lightweight residue generated after secondary shredding, including paper mill residue with a high proportion of plastic.

The internal rotating blades help break up compacted or aggregated material and improve the uniformity of the discharged material. This makes the equipment suitable for integration into plastic recycling lines and other industrial material processing systems.

Material Separation for Lithium Battery Recycling

The machine can also be applied to lithium battery recycling processes where powder and aluminum shell materials need to be separated. The center separation structure supports material dispersion and separation after the preceding processing stage.

For lithium battery recycling equipment, proper process configuration is important because material composition and particle characteristics can vary between applications. The machine can be incorporated into a customized recycling and separation line according to the required process.

NM400 Wear-Resistant Main Shaft and Blades

The main shaft and blades are manufactured using NM400 wear-resistant plate. The material is designed for demanding material processing environments and helps reduce wear during continuous operation.

The wear-resistant construction supports stable machine performance and helps reduce maintenance requirements during long-term material loosening and separation applications.

Four-Layer Bearing Seat Sealing

The bearing seat uses a four-layer sealing structure consisting of oil sealing, air sealing, labyrinth sealing, and oil seal sealing. This multi-layer design enhances the overall sealing performance of the equipment.

The enclosed structure helps prevent air and dust leakage during operation, making the machine suitable for material processing applications where dust containment is important.

Stable Material Discharge

The machine is designed to provide uniform material discharge after loosening and separation. The stable rotating system and enclosed construction help maintain consistent processing conditions for downstream recycling equipment.

This makes the equipment suitable for integration into plastic waste recycling equipment, material separation systems, and complete plastic recycling lines.

Key Features

• Designed for post-shredding material loosening and dispersion.

• Suitable for lightweight paper mill residue containing a high proportion of plastic.

• Applicable to powder and aluminum shell separation in lithium battery recycling processes.

• NM400 wear-resistant main shaft and blades.

• Four-layer bearing seat sealing structure.

• Strong overall sealing performance with reduced air and dust leakage.

• Uniform material discharge and effective loosening performance.

• Enclosed machine structure for industrial recycling applications.

• Multiple models available for different processing systems.

Applications

FAQ

1. What is a Center Separation Material Loosening Machine?

It is industrial equipment used to loosen, disperse, and separate materials after shredding or crushing. It is commonly used for plastic-rich lightweight residue and can also be applied to lithium battery material separation processes.

2. Where is the material loosening machine installed in a recycling line?

The machine is generally installed after shredding or secondary crushing equipment. It further loosens and disperses the processed material before the next stage of separation or recycling.

3. Can it be used for plastic recycling?

Yes. The machine is suitable for plastic recycling applications involving lightweight plastic-rich residue and can be integrated into plastic recycling equipment and complete plastic recycling lines.

4. Can this machine separate lithium battery powder and aluminum shells?

Yes. The center separation material loosening machine can be used in lithium battery recycling processes for the separation of powder and aluminum shell materials, depending on the overall process configuration.

5. What material is used for the main shaft and blades?

The main shaft and blades use NM400 wear-resistant plate, providing wear resistance for demanding material loosening and separation applications.

6. How does the machine control dust leakage?

The bearing seat uses a four-layer sealing structure consisting of oil sealing, air sealing, labyrinth sealing, and oil seal sealing. The overall machine also uses an enclosed structure to improve sealing performance and reduce air and dust leakage.

7. What models are available?

The available models include 700, 1200, 1500, 460, and 640. Different models are configured with different fan powers, rotor diameters, speeds, blade quantities, and machine weights.

8. Can the machine be integrated into a complete recycling line?

Yes. The machine can be integrated with shredders, crushers, conveyors, and downstream separation equipment according to the required material processing process.

9. How can the suitable model be selected?

Model selection depends on the material type, upstream shredding process, required processing capacity, material characteristics, and downstream separation requirements. The processing conditions should be confirmed before selecting the machine model.