Magnetic Rods
The magnetic rod (magnetic bar) series includes round, square, teardrop, pull-out, and other customized designs. All magnetic rods are manufactured with high-performance permanent magnets, providing strong and stable magnetic force with excellent durability. They are designed to efficiently remove ferrous contaminants from powder, granular, and liquid materials. With a simple structure and easy installation, magnetic rods are widely used in food processing, chemical, plastic, and pharmaceutical industries to improve product purity and protect downstream equipment.
-Product Highlights
The round magnetic rod (round magnetic bar) is a magnetic tool designed to remove ferrous impurities from materials, featuring a core made of rare-earth neodymium magnets. This product offers exceptional magnetic strength, outstanding durability, corrosion resistance, rust prevention, and high-temperature tolerance. Its smooth surface facilitates easy cleaning, and custom sizes are available to meet specific application requirements.
-Working Principle
The circular magnetic rod generates a powerful magnetic field through its internal core. When powdered, granular materials, or liquid slurries pass through the rod, ferrous impurities are rapidly attracted and retained on its surface.
This process effectively removes iron contaminants, purifying the material. It enhances product quality and production safety without altering the physical or chemical properties of the processed material.
The high-intensity magnetic plate is a permanent flat-type magnetic separator using neodymium or ferrite magnets with a 304/316L stainless steel housing. As materials pass over the plate, ferrous contaminants are captured by the strong magnetic field. Suitable for chutes, conveyors, and feeding inlets handling powders, granules, and small bulk materials, it achieves over 98% ferrous removal efficiency with easy installation, maintenance, and zero operating energy consumption.
-Product Highlights
The pull-out magnetic rod (also known as a quick-clean magnetic bar) is a high-intensity magnetic filtration element designed for fast manual iron discharge. It consists of a stainless steel outer tube, neodymium magnet core, and a central pull rod or handle. Suitable for liquids, slurries, and powders, it allows cleaning without dismantling equipment and offers much higher efficiency than fixed magnetic rods. Widely used in lithium battery, fine chemical, food, and pharmaceutical industries.
-Working Principle
The Pull-Out Magnetic Rod operates by using the magnetic tip to attract ferrous contaminants.
When iron particles are collected on the magnetic section, the operator pulls the rear handle, causing the internal magnetic core to retract inside the protective sleeve.
This action separates the magnetic field from the collected iron, allowing the contaminants to automatically drop off the rod surface.
The self-cleaning pull-out mechanism eliminates the need for manual scraping, significantly improving efficiency and ease of use.
The tear drop magnetic rod (also known as pear-shaped or droplet-type magnetic bar) features a teardrop-shaped cross-section and is constructed with a 304/316L stainless steel shell and a neodymium magnet core. It is especially suitable for powders with poor flowability or bridging tendencies. Its advantages include reduced material buildup and increased contact area, making it ideal for square or round hoppers and housing-type magnetic separators.
-Product Highlights
Square magnetic rods feature a square cross-section and provide strong magnetic force. They can be used individually or assembled into magnetic grates. The outer tube is made of SUS304 or SUS316L stainless steel. Different sizes and specifications can be selected based on installation direction and material flow, fully utilizing the structural advantages of square edges.
-Working Principle
Square Magnetic Rods generate a strong magnetic field through their internal magnetic structure. This magnetic field attracts and captures ferrous contaminants and weakly magnetic particles from materials, allowing effective separation of impurities and improving material purity.
The physical separation process does not alter material properties and meets the requirements of food-grade and medical-grade applications.
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