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  1. Magnets and magnetic separators are used in the food industry worldwide to extract metal contamination from food product streams, reducing contamination risks and consequences and to satisfy PRP/CCP control and food safety audits.

  2. The strength of the magnet at strength of 10,000 Gauss is commonly used in the food industry. A validation of the strength requirement of the magnets needs to be done based on the type of product, placement of magnet, type of equipment, handling practices and many more other parameters.

  3. Magnet Materials. Following types of materials are commonly used to make magnetic separators: Alnico magnets: They are made from aluminium, nickel cobalt and iron. They are used in applications that have high temperatures. It is used to remove relatively large pieces, such as bolts or nuts.

  4. The HACCP International Food Safety Standard FINAL MAGNETIC SEPARATION DEVICES for REMOVING FERROMAGNETIC and WEAKLY FERROMAGNETIC PARTICLES from FOOD PRODUCT STREAMS 0909MAGSEP lists the requirements for final magnetic separation devices in food or feed manufacturing processes, for the purposes of product certification. It is a voluntary

  5. The most common magnet types now used to protect sensitive food ingredient streams are: grate, probe and bar type magnets. This is because these magnet types can be engineered to present higher magnetic flux density at closer pole distances and provide best efficiency of fragment retention against product flow.

  6. There are four common types of magnets used in the food industry—drawer magnets (often referred to as tube magnets, grate magnets or bar magnets), plate magnets, pneumatic inline magnets (often referred to as Bullet magnets) and liquid trap or finger magnets—each serves a unique purpose to suit different stages of your food processing ...

  7. Metal pieces in food products pose a safety risk to consumers and can damage processing equipment. Detection and removal of metal contaminants is common practice in the food processing industry. One approach to reduce or eliminate metallic contamination is the use of magnetic separators.