Electric hammer shredders combined with magnetic separation technology play a key role in the recycling of small stators and rotors. Let’s take an in-depth look at the process of recycling used small stators and rotors, from debris processing to material sorting, these steps show how this technology can be effectively utilized.

Hammer Crusher with Magnetic Separation for Recycling Small Stator and Rotors

Recycling Process for Used Small Stators and Rotors

A. Fragmentation

An electric hammer crusher is one of the key pieces of equipment in the recycling process of used motor parts. By rotating the hammerhead at high speed, the Electric Hammer Crusher can effectively crush and process motor parts such as small stators and rotors. This step not only helps to reduce the size of the waste but also provides better conditions for the subsequent magnetic separation process.

B. Magnetic separation process

Magnetic separation technology is an important part implemented in the waste motor parts after treatment in the electric hammer crusher. By utilizing the properties of magnetic materials, the magnetic separation equipment can effectively separate iron-containing materials, such as iron cores, from non-magnetic materials. This process not only improves the recycling efficiency but also effectively reduces the metal content in the waste material and creates better conditions for resource reuse.

C. Material Classification

After the magnetic separation process is completed, the recovered materials need to be classified for further processing and reuse. Depending on the nature and use of the material, the recycled motor parts such as small stators and rotors can be categorized into different types such as metals, plastics, etc. This kind of classification helps to increase the reuse rate of resources, reduce the dependence on natural resources and is also conducive to environmental protection.

The importance of electric hammer crushers combined with magnetic separation technology in recycling small stators and rotors cannot be overstated. This technology not only improves the recycling efficiency of used motor parts and reduces resource wastage, but also helps to minimize the impact on the environment. Through the processes of fragmentation, magnetic separation, and material sorting, used small stators and rotors are effectively recycled and reused, contributing to sustainable development.