Rotary Magnetic Separator

A magnetic liquid trap, also referred to as a pipeline magnetic filter, is a professional magnetic separation device engineered to eliminate ferrous and ferromagnetic contaminants from flowing liquids, slurries and viscous fluids. It consists of high-strength permanent magnetic rods and a sealed stainless steel housing, featuring hygienic structure, stable performance and zero energy consumption. Widely installed in industrial pipeline systems, it effectively removes fine iron particles, rust scales and metal debris that conventional mesh filters fail to capture. Working on physical magnetic adsorption principles, the device generates an intensive magnetic field inside the sealed chamber. When liquid media pass through the trap, all ferrous impurities are firmly attracted and locked on the surface of magnetic tubes, preventing secondary washing-off. Different from traditional mechanical filtration that relies on screen barriers, it causes no flow blockage or pressure drop, ensuring smooth pipeline operation while maintaining high filtration efficiency. The optimized magnetic layout covers the full fluid flow area to achieve comprehensive impurity capture. Manufactured with food-grade or industrial-grade stainless steel housing and anti-rust treated magnetic components, the trap adapts to diverse working conditions including high temperature, high pressure and humid environments. Equipped with quick-release clamp structures, it allows fast disassembly, manual cleaning and easy reinstallation. It is extensively applied in food processing, chemical industry, petroleum hydraulic systems and pharmaceutical production, protecting precision equipment, improving product purity and reducing operational maintenance costs.

The Dry Powder Granule Automatic Iron Remover is a high-efficiency dry-type magnetic separation device specially developed for ferromagnetic impurity removal from dry powder and granular materials. Equipped with high-gradient neodymium magnetic rods and a fully enclosed stainless steel structure, it delivers stable ultra-high magnetic strength, effectively capturing fine iron particles, rust debris and weakly magnetic contaminants that affect material purity. Unlike wet filtration equipment, it adapts perfectly to dry production lines without causing material moisture change or secondary pollution. Adopting intelligent PLC and touch screen control system, the machine realizes fully automatic operation including continuous feeding, magnetic adsorption and timed self-cleaning. Its pneumatic automatic slag discharge design eliminates manual cleaning, supporting non-stop 24-hour production and greatly improving operational efficiency. The optimized layered magnetic layout creates an all-round magnetic field coverage, ensuring no material dead zones and maintaining consistent high iron removal accuracy during long-term running. The enclosed body structure effectively prevents powder leakage and material waste. Featuring zero energy consumption for magnetic operation, low failure rate and easy maintenance, this iron remover fits high-standard industrial scenarios. It is widely applied in lithium battery materials, chemical powder, ceramic raw materials, food additives and plastic granules industries. By stabilizing material purity and protecting downstream processing equipment from metal abrasion, it significantly reduces production loss and maintenance costs, serving as essential core equipment for modern dry powder purification production lines.

The Pneumatic Self-Cleaning Filter is an intelligent magnetic filtration device designed for automatic impurity removal in dry powder and granular material production lines. Integrated with high-strength NdFeB magnetic grids and pneumatic cleaning systems, this equipment solves the pain points of traditional magnetic filters, such as frequent manual cleaning, material blockage and unstable filtration efficiency. It is widely used in lithium battery materials, chemical powders, food additives and plastic granule industries to remove ferrous contaminants and tiny metal debris. Operating on pure pneumatic drive without electric control, the filter features safe and explosion-proof performance, adapting to flammable and dust-intensive production environments. During operation, magnetic rods continuously adsorb iron impurities from flowing materials, while the preset pneumatic system automatically performs timed ash cleaning and impurity discharging. The cyclic self-cleaning process effectively prevents material adhesion and magnetic surface saturation, maintaining long-term stable iron removal accuracy without interrupting production operation. Adopting a fully enclosed stainless steel structure, the device avoids powder leakage and secondary material pollution, meeting industrial high-purity production standards. Its compact structure, low failure rate and zero consumable design greatly reduce manual intervention and maintenance costs. Supporting 24-hour continuous unmanned operation, the pneumatic self-cleaning magnetic filter ensures consistent material purity, protects downstream precision processing equipment, and has become essential high-efficiency purification equipment for modern automated industrial production lines.

The Multi-Drawer Magnetic Filter is a high-precision static magnetic separation device widely used for purifying dry powders, granular materials and low-viscosity liquids. Designed with multi-layer drawer-style magnetic rod arrays, this equipment provides enlarged magnetic contact area and full-flow coverage, effectively capturing fine ferrous particles, rust scraps and tiny metal impurities. Compared with single-layer magnetic filters, its multi-stage structure delivers higher iron removal accuracy, making it ideal for high-purity production scenarios that require strict metal contamination control. The filter consists of multiple removable magnetic drawers neatly arranged inside a fully sealed stainless steel cabinet. Each drawer is fitted with high-strength NdFeB magnetic rods with uniform magnetic field distribution. As materials pass through the layered magnetic grids, ferromagnetic impurities are gradually trapped at different flow stages, eliminating filtering dead zones and avoiding material bridging or incomplete purification. The drawer-type modular design allows independent pull-out operation, enabling convenient manual cleaning, quick replacement and regular maintenance without professional tools. Featuring simple structure, zero energy consumption and stable continuous working performance, the multi-drawer magnetic filter supports 24-hour non-stop operation with no pressure drop or material blockage. It complies with food-grade and industrial-grade hygiene standards with polished, smooth surfaces that prevent material adhesion. It is extensively adopted in lithium battery materials, food additives, chemical powders, pharmaceutical raw materials and plastic industries, effectively improving finished product purity and protecting downstream processing equipment from metal abrasion and failure.