Plate Magnets & Chute Magnets

REDUCE METAL CONTAMINATION RISKS, INCREASE FOOD SAFETY

Magnattack® Global manufactures a wide range of high-strength plate magnet and chute magnet designs, suited to a variety of applications including protection of mills, grinders, extruders, etc.

Using unique RE80® rare earth magnetics, Magnattack® Plate Magnets are available in high gauss stepped and flat face configurations, suited to the base of chutes/ducting or under product discharge points. Special suspension plates for oven exits are also available.

Aside from standard Plate Magnet designs, Round Nose Plate Magnets, Dimple-Mag® Plate Magnets, and custom designs are also available.

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ROUND NOSE PLATE MAGNETS

In some applications, especially those with high tonnage and fast-flowing products, fragments can be brushed off plate magnets by the oncoming product and back into the product stream. To reduce this risk, Magnattack® has developed the RE80® Round Nose Plate Magnet. This system features a High-Intensity +11,000+ Gauss RE80® Separation Bar at the end of a standard Plate Magnet. The Separation Bar Magnet offers protection against dislodged fragments and prevents them from re-contaminating the food product. When metal fragments are collected by the Separation Bar, they are washed safely to the underside of the magnet and out of the path of oncoming product.

With the deep field capability of the Plate Magnet added to the intensive coercive force of the Separation Bar, you gain far superior control over foreign metal pieces and increased protection against contamination.

DIMPLE-MAG® PLATE MAGNETS

The RE80® Dimple-Mag® Extraction System is similar to the standard Round Nose Plate Magnet, however, also includes a specially designed dimpled Magnetic Plate. The purpose of this is to assist with flow and direction of product, with the dimple feature creating a self-cleaning-like action. This builds turbulence behind the flow of product and water to prevent build-up of leaves, debris, grape stalks, etc. This design also helps to break up the conveyed material and expose the magnetic fragments as they move towards the +11,000 gauss Separation Bar Magnet, which maximizes the extraction ability at the retention point of the magnet.