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The Contribution of Flour On the Grid Magnet Large Scale
The Contribution of Flour On the Grid Magnet Large Scale
General characteristics
- Production in the desired size
- Magnetic grid type grid magnet
- With neodymium magnet
- It captures even grains of dust
- Complete stainless steel, Suitable for food
- Certified grid magnet
Technical specifications
- Quality: N35
- Max operating temperature 80, 150 or 220 degrees
The Grid Magnet is On the Big Scale
The grid is produced in the desired size on a large scale with a magnet and is used to separate metal powders that are also available for the product. While products such as Sugar, Flour, Additives, Enzymes, Yeast and Salt are determined in quantities on the scale, they are mixed into the process by passing through a portable magnet. Thus, it separates the micronized metal powders contained in the food.
All kinds of weighing scales can be produced according to the desired characteristics by drawing the technical picture on them.
It is coated with AISI 304 and AISI 316 stainless steel, which is very high corrosion resistance and preferred by food companies.
Neodymium grid magnet can be produced at the desired high gauss.
Our products are very strong magnets with high gauss. All of our products are domestic production.
You can easily use it to separate the dust particles contained in the system.
Please contact us for stock information…
You can easily use it to separate the dust particles contained in the system.
According to your request, the connection shapes can be determined at the design stage.
The product can be easily installed in the casting zones.
It can be used in liquid-activated environments in a completely sealed way.
If there is a temperature in the area you will use, it should be preferred for magnets used at appropriate temperatures. 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.
