Magnetic Separators for Conveyors
Magnetic separators for conveyors are specially designed for belt conveyor systems to automatically remove ferrous contaminants during continuous material transport. They help prevent metal objects from entering crushers or other critical equipment, ensuring production efficiency and operational safety. With reliable quality and easy installation and maintenance, these systems are widely used in mining, power plants, cement plants, ports, and other bulk material handling industries.
The self-cleaning overband magnetic separator combines permanent magnets with an automatic iron removal mechanism, enabling continuous operation without frequent manual cleaning. With features such as low energy consumption, automatic removal, and stable performance, it is ideal for removing ferrous particles on belt conveyor systems. Widely used in the mining, cement, power generation, coal, and building materials industries, this device further protects equipment, prevents belt damage, and increases material purity.
The high-intensity magnetic roller is a core component of high-gradient magnetic separation systems. It is composed of high-performance rare-earth permanent magnets and magnetic conductive plates, forming a strong magnetic field through an optimized magnetic circuit design. Installed in magnetic separators and iron removal equipment, it enables precise separation of both strongly and weakly magnetic contaminants from dry powders and granular materials, and is widely used in mining, metallurgy, lithium battery, and plastics industries.
-Product Highlights
This suspended high-intensity magnetic plate is a permanent magnetic device designed for belt conveyor systems. Installed above the conveyor belt, the plate continuously removes ferrous impurities from the conveyed materials, protecting crushers, grinders, and other downstream equipment. It improves product purity and is widely used in construction, mining, metallurgy, chemical, and wood processing industries.
-Working Principle
The separator is suspended above the material conveying path using lifting holes. The internal permanent magnetic system generates a high-intensity, high-gradient magnetic field.
When materials containing iron impurities pass beneath the separator, the iron contaminants are attracted and accumulate on the lower surface of the unit. The separated impurities are then manually scraped off, allowing the separator to operate efficiently in continuous production processes.
The Electromagnetic Disc Separator (also known as Electromagnetic Iron Remover, Suspended/Disc Type) generates a controlled magnetic field through an active excitation coil, effectively attracting and removing iron impurities from bulk materials. The magnetic field strength can be flexibly adjusted through the control cabinet, making it suitable for applications requiring high precision, high capacity, and removal of low magnetic field iron impurities. It is widely used in mining, metallurgy, construction materials, lithium battery, and fine chemical industries.
The magnetic drum (also known as permanent magnetic drum or magnetic pulley) is a drum-type separator embedded with high-performance permanent magnets. It can directly replace the driven pulley of conveyor belts and is suitable for continuous processing of dry powders and granular materials. With 98% or higher iron removal efficiency, it is widely used in mining, construction materials, plastics, lithium battery, and food industries for iron contaminant removal, protection of subsequent grinding and crushing equipment, and improvement of product purity.
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