Magnetic Separators
The magnetic separator series is designed to meet a wide range of industrial ferrous removal and magnetic separation requirements. It effectively separates ferrous contaminants from materials, ensuring stable and continuous production processes. The product range includes magnetic separators, rotary magnetic separators, and liquid pipeline magnetic filters. Widely applied in mining, building materials, recycling, food processing, and chemical industries, these separators are adaptable to different material characteristics and operating conditions, making them essential equipment in industrial production.
An in-line magnetic separator for liquids is a stainless steel pipeline-type permanent magnetic separator equipped with powerful internal magnetic rods. It is designed for liquid raw materials in the food & beverage, chemical, petroleum, and pharmaceutical industries. Optimized for liquid flow characteristics, it efficiently captures iron particles and rust during continuous processing. It requires no energy consumption, is easy to clean, offers wide pressure tolerance, and provides more than 99% iron removal efficiency.
The rotary magnetic separator is an automatic iron separation device featuring an internal ring array of permanent magnetic rods. Driven by a motor, the magnetic system rotates slowly to prevent material bridging and ensure continuous separation of ferrous contaminants. Suitable for dry powders and granular materials, it offers high automation, does not cause secondary contamination, and is widely used in the food, plastics, lithium battery, and mining industries.
This fully automatic drawer-type dry powder magnetic separator is a PLC-controlled electromagnetic system with periodic or continuous automatic discharge capability. It is designed for dry powder, fine powder, and granular materials in continuous production lines, achieving more than 99% iron removal efficiency. The system supports unmanned operation, prevents secondary contamination, and is widely used in the lithium battery, food, pharmaceutical, and fine chemical industries.
The Lithium Battery Slurry Magnetic Filtration Cart is a mobile pipeline-type magnetic filtration system designed for continuous slurry processing. Powered by high-intensity permanent magnetic sources and multi-layer magnetic rods or magnetic media, it efficiently removes fine iron contaminants from slurry within a sealed flow channel. Designed for lithium battery, ceramic, and fine chemical industries, this cart offers manual or automated cleaning, flexible installation, and easy mobility.
– Product Highlights
The Powder Hopper Drawer-Type Magnetic Separator features a stainless steel housing with a built-in high-intensity magnetic grid (round magnetic rod array). Designed for powders, silos, chutes, and pipelines, it offers fixed-point interception, easy cleaning, and zero energy consumption. Widely used in the food, pharmaceutical, lithium battery, plastics, and ceramics industries, it protects equipment, improves material purity, and achieves ferrous removal efficiency of over 99%.
– Working Principle
The Powder Hopper Magnetic Separator attracts and retains ferrous impurities using the strong magnetic field generated by high-intensity magnetic rods.
During operation, material containing ferrous impurities enters through the upper inlet and flows evenly through the magnetic field created by the arranged magnetic rods. Ferrous contaminants such as iron filings, iron powder, and rust particles are attracted toward the rod surfaces as they pass through the magnetic field.
The purified, impurity-free material then flows through the gaps between the rods and exits from the lower outlet, continuing to the next processing stage.
The main component of the high-gradient magnetic separator is the magnetic roller installed at its end. When material reaches the end of the conveyor belt, the magnetic roller uses a strong magnetic field to attract ferromagnetic impurities present in the material. Utilizing the machine’s inertia and the magnetic roller’s attractive force, ferromagnetic impurities are separated from the material, completing the sorting process.
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