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Tige Magnétique Ø25×240 mm avec Oreille – Spéciale pour Usine de Fruits Secs – Pour la Zone de Coulée
Features;
With food-specific neodium magnet
The desired size and especially the 304 ear
Bakelite, stainless or aluminum handle
Suitable for food, Suitable for liquid, Stainless and sealed
Technical specifications;
Rod diameter: 25 mm or 32 mm
Length: 240 mm in the picture, can be customized upon request
Br: 12000 Gauss
operating temperature of 80°, 150° or 220°
Rod Magnet with Ears Special for Nuts Factory
To food companies, nuts, nuts, walnuts, etc. we produce special rod magnets for the areas where food passes and spills. Thanks to the ear, that is, the additional connection point, you can mount the magnet to the machine or the casting area in your area. Oct. In order to make the production of ear and magnet with the desired diameter and size, please request a quotation from our email address or get a quotation button. Our products, which are produced from 304 quality stainless steel suitable for the use of food companies, are delivered with inspection certificate.
Neodium magnets are effective for separating micronized metals. Neodymium rod magnet can be produced at the desired high Gauss. Our products are magnets with high Gauss, very strong magnetic field value. All of our products are domestic production.
After your order, it is taken to the production stage. The term is given according to the current production intensity.
It can be used in interactive environments with liquid in a completely sealed way. If there is a temperature in the area you will use, magnets used at appropriate temperatures should be preferred. Please specify the ambient temperature.
Why Do We Use 304 and 316 Stainless Coatings in Our Products ?
Stainless steels are used in companies engaged in food production. Austenic stainless steels contain chromium up to 10 percent of the total compositions. Chromium, which interacts directly with oxygen, quickly forms a passive protective layer on the surface. It prevents the harmful corrosive layer that may occur on the surface of the material and creates a layer with high surface resistance.




