Special cleaning system for 10,000 gauss rotary Cleanflow magnet at CFIA

Cleaning unit rotating cleanflow magnet

We have developed a special cleaning unit for the newly developed 10,000 gauss rotating Cleanflow magnet, which allows quick and easy cleaning of the magnet's rotor. Both magnet and rotor will be exhibited at CFIA in Rennes, France, from 12 to 14 March (Hall 5 - Stand D36.E35).


The very strong magnet separator filters magnetic and paramagnetic particles from less flowing -fatty- powders in the food, pharma and chemical industries. The magnet rotor is composed of 7 strong magnetic bars, equipped with Neodymium-Iron-Boron magnets, each with a diameter of 32 mm, some 40% thicker than regular magnetic bars. Goudsmit is the only company in the market to apply these robust bars in its magnetic separators; this has already proved a huge success with the static version of the cleanflow - the easy clean magnet. The magnetic separator is suitable for free-fall pipes and captures iron as well as AISI 304 and AISI 316 particles as small as 30 µm from, for example, cocoa or milk powder.  An additional advantage is the higher capacity powder that the new type of cleanflow magnet can process compared to the 8- or 12-rod magnetic separator. The magnetic extractor is designed to be interchangeable one-to-one with existing rotary cleanflow systems.
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Higher magnetic force and higher capacity!
The magnetic bars in the cleanflow separator filter metal particles and paramagnetic particles out of fatty powders and granular products. The separator is available in 3 sizes, of which the largest model is suitable for product flows of up to 45m3/hour. We have extensively tested the magnetic flux density, measuring 10,000 gauss on the contact surface of the bars. The maximum working and product temperature is 140°C, the minimum and maximum ambient temperature: -20°C to 40°C.  The disadvantage of greasy (milk) powder is that this product does not flow well; this is why the magnetic bars rotate in the product flow. This prevents bridge formation and material accumulation and ensures optimal magnetic contact to effectively capture metal contamination. In short: with this new superstrong magnetic separator, you achieve a high degree of separation and a clean end product.


Your magnetic rotor cleaned quickly and easily
During the manual cleaning cycle, the operator removes the rotor from the housing and pulls the magnetic bars out of the extractor, after which the metal particles are loosened and can be safely disposed of. The special cleaning system allows you to clean the rotor easily and hygienically. Here's how it works.

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