Scope of Application:
Magnetic Filter Rods (Magnetic Bars) are primarily used for removing ferromagnetic impurities from powders, granules, as well as liquids or slurry. They are widely applicable in industries such as ceramics, electricity, mining, plastics, tobacco, glass, chemicals, rubber, food, pigments, dyes, electronics, and metallurgy.
Operating Principle:
The magnet rod is made from stainless steel pipe and high-B value rare earth alloy neodymium iron boron, utilizing a special manufacturing process. It can be assembled on a mounting bracket to form a magnetic filter. When ferrous materials pass through, they are attracted by the magnet rod and firmly adhered to the rod's tube wall, ensuring the integrity of the equipment and the safety of the product.
Product Features:
Installable at any position on the production line where materials come into contact, saving space and easy to install. The magnetic rod uses neodymium-iron-boron rare earth alloy as the magnetic source, offering strong magnetic force, simple structure, and a long service life. Specifications and styles can be customized according to the customer's requirements and the production site conditions.
Special Dot:
1. Standard cylindrical magnet rods have a diameter of 25mm (1 inch), with lengths customizable to customer specifications, up to 2500mm. Square or other shapes and sizes of magnet rods are also available.
2. Utilize 304 or 316L seamless stainless steel tubing, which can be polished to meet special requirements for food and other industries.
3. Standard operating temperature ≤ 80°C; under special requirements, the operating temperature can reach up to 350°C.
4. Diverse end designs -- pointed ends, threaded holes, studs, etc.
5. Utilizing ferrite permanent magnets and various grades of rare earth permanent magnets, we can produce magnetic rods with different surface magnetic flux density to meet the diverse needs of customers. The surface magnetic flux density of a D25mm magnetic rod can reach up to 13,000 gauss after lubrication.



































