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6 Corners Neodymium Grid Magnet – Customized Design
General features;
- Neodymium very powerful magnets (Optional Ferrite)
- Ferrite 4000 Gauss, Neodymium 12000 Gauss magnetic power
- Food grade, BRC and HACCP certified
- Stainless and leakproof
Technical specifications;
- Grid width and length: 150 mm
- Bar diameter: 32 mm, Number of bars: 6
- Max Temperature: Neodymium 80° or 150°, Ferrite 220°
Kategori: Special Design Grid Magnets
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Product Information
Hexagonal, 6-Sided Magnetic Grid Magnet Neodymium
This magnetic grid with a special design was designed as 6-sided. It is used in metal separation processes in sectors such as food, plastic, glass, and ceramics.
- The magnetic neodymium grid separator used in food companies is covered with stainless steel material.
- It has high corrosion resistance and is covered with AISI 304 and AISI 316 stainless steel, preferred by food companies.
- Neodymium grid magnets can be produced with desired high gauss levels.
- Our products are very powerful magnets with high gauss values. All our products are domestically manufactured.
- You can easily use it to separate dust particles within the system.
- Please contact us for stock information…
- You can easily use it to separate dust particles within the system.
- Connection types can be determined during the design phase according to your requirements.
- It can be easily installed in product discharge areas.
- It can be used in liquid-interactive environments with completely leakproof design.
If there is temperature in the area where you will use it, magnets suitable for appropriate temperatures should be preferred. Please specify ambient temperatures.
Why Do We Use 304 and 316 Stainless Steel Coating in Our Products?
Stainless steel is used in companies that produce food. Austenitic stainless steels contain chromium up to 10 percent of their total composition. Chromium, which directly interacts with oxygen, quickly forms a passive protective layer on the surface. It prevents harmful corrosive layer that may form on the material surface and creates a layer with high surface resistance.
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