Magnetic Grates
Magnetic grates are assembled from multiple high-strength magnetic rods and are available in standard, round, square, and other configurations. They are specifically designed for ferrous removal in gravity-fed or bulk material conveying processes. During material flow, magnetic grates effectively capture iron filings, screws, and fine metal contaminants. Commonly installed in hoppers, chutes, and feeding inlets, they serve as an ideal solution for improving ferrous separation efficiency and overall product quality.
The round magnetic grate is a permanent magnetic separation device composed of a 304/316L stainless steel circular frame and multiple round magnetic rods. It is ideal for round hoppers, pipelines, and similar equipment, efficiently removing ferrous contaminants. Due to zero power consumption, easy installation, and convenient cleaning, it is widely used in injection molding hoppers, dryers, and other equipment for powder, granular, and slurry applications.
The square magnetic grid is a permanent magnetic separator consisting of a 304/316L stainless steel square frame and round magnetic rods arranged in parallel. It fits perfectly in square hoppers, rectangular chutes, and square pipelines. Due to its stable magnetic field, zero energy consumption, and separable structure, this equipment effectively protects downstream machinery and improves material purity.
– Product Highlights
The standard magnetic grate (also known as magnetic grill) is used to remove ferrous impurities from materials such as powders, granules, liquids, or slurries. It features magnetic rods mounted on a fixed frame and operates without contamination or energy consumption. It can be easily installed and positioned at any point in the production line where material flows through, making it an extremely efficient and maintenance-free solution for ferrous separation.
– Working Principle
The magnetic grate works by generating a powerful magnetic field through high-performance permanent magnetic rods. As materials flow or fall through the grill, ferrous impurities are attracted toward the rod surfaces and adhere to them, effectively separating them from the product flow and ensuring high purity.
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