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Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
Have you ever wondered how industries separate magnetic materials? Magnetic materials are those that stick to a magnet. We encounter these materials in many of the machines and devices we use on a daily basis such as those found in our cars, electronics and even some toys. Magnetic separation describes the process by which we remove these magnetic materials from other materials. This is important because separating used materials allows us to recycle them and produce new products.
Dry drum magnetic separator is a unique machine that is used by industries to separate the magnetic materials from the non-magnetic materials. This stuff is also really... important for production processes of things like iron and steel, so these are used to make buildings and cars. They can help us recover or recycle other materials — like minerals or paper, for example — instead of discarding them. Let’s find out more about how this tool works and what different places use it.
A lifting magnets for cranes consists of several core components that help accomplish the job. It has a static magnet (non-moving magnet), a power source (electric motor) that runs the machine, a drum that rotates and a conveyor belt that moves the materials. The fixed magnet generates a magnetic field, an invisible power that attracts magnetic materials toward it. That's how the separator attracts the magnetic materials.
The drum spins, picking up the materials that are attracted to the magnet. When the drum rotates, it carries the magnetic materials to the conveyor. Then, a conveyor belt carries these materials to the next stage of the process. In this process, the magnetic substances are segregated from the non-magnetic substances, which can be easily collected and recycled or reused.
Mining industries are always seeking for cost-saving and profit maximization strategies & approaches. They realize these goals by employing a dry drum magnetic separator. This is more cost-effective than other separation techniques, and it contributes to the production of higher-grade minerals. This matters a lot because higher grade minerals can fetch a higher price.
The dry drum magnetic separator can divide two materials ferrous and non-magnetic. Ferrous materials are metals that contain iron which include steel and iron itself. Non-ferrous materials, which include copper, aluminum, and silver, do not contain iron. It is extremely critical in industries such as recycling and mineral processing to separate these types of materials.
Dry drum magnetic separators, for instance, are used by recycling plants to sort metal cans. When they do cans they typically don't separate steel from aluminium. Since steel is magnetic, the separator draws the steel cans to itself while skipping the aluminum cans, which are not magnetic. This process enables accurate metal sorting, minimizing waste and streamlining recycling. Sorting out the metals allows recycling plants to reuse materials without combining different types of metal.
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