Scrap car shell shredding and recycling system

How to solve the problem of Scrap car shell shredding and recycling system?

With the continuous development of the economy and the increasing living standards of the population, China’s automobile ownership has now reached a leading position in the world. However, this has brought about the issue of handling discarded automobile shells. These discarded automobile shells not only occupy significant amounts of space but also waste resources, as the metal resources are not effectively recycled.

Considering the characteristics of automobile shells, Enpart has introduced a specialized automobile shell shredder and provides a comprehensive solution for the shredding of automobile shells. The shredded materials obtained through the processing of the shredding line have high density, high purity, and minimal impurities. When steel mills and other manufacturing companies use these shredded materials to remelt into new products, the energy consumption per unit is low, the production output is high, and the overall economic benefits are evident.

Applicable Materials

Output materials

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Bulky Waste Shredding System Components

Dual-Shaft auto Shredder

This dual shaft auto shredder machine is used for the preliminary tearing of scrap metal, this equipment features strong power, stable and efficient operation, significant shear force, excellent shredding effects, low noise, and smooth operation.

Hammer Crusher

Metal is fragmented through hammer strikes, forming it into spherical shapes while also separating other impurities attached to the iron. This method offers high efficiency and low energy consumption.

Drum Magnetic Separator

Using magnetic selection, when ferrous metals enter the magnetic field area, they are adsorbed onto the surface of the cylinder, while other impurities are separated and discharged. The rotating cylinder carries the iron material out of the magnetic field area.

Eddy Current Separator

By using a changing magnetic field through a conductor, a force is generated to separate conductive and non-conductive materials. The adoption of eccentric magnetic pole technology ensures effective separation rates and processing rates per unit time.

Vibrating Feeder

Using a vibrating motor as a vibration source, the materials are dispersed and evenly conveyed into the magnetic separator. This feeder is characterized by its simple structure, smooth vibration, long service life, and low energy consumption.

Dust Collector

Utilizing an automatic pulse cartridge-type dust collector, this system possesses strong dust-cleaning capabilities and high dust removal efficiency. It can centrally collect the generated dust through pipelines, effectively improving the working environment.