Mobile Magnetic Filtration Trolley

      The equipment, via its built-in pneumatic diaphragm pump or an external transfer pump, draws the slurry from the storage container and delivers it to the high-intensity magnetic iron removal chamber. As the material flows through the internal region containing high-strength NdFeB magnetic rods, ferromagnetic contaminants such as iron filings, iron powder, and iron oxide scale are firmly adsorbed by the magnetic field. The purified slurry is then discharged back into the storage tank or routed to the next process, achieving cyclical filtration and ferrous contaminant removal. The entire system is mounted on a mobile cart, allowing flexible relocation to different workstations as production demands dictate.

Features and Advantages

• Mobile and Flexible: The cart-mounted design enables rapid repositioning to various workstations, allowing a single unit to serve multiple production lines and enhancing equipment utilization.
• High-Performance Magnetic Iron Removal: Utilizing high-grade NdFeB magnets, the magnetic field strength can reach over 12,000 GS, effectively capturing fine ferromagnetic impurities and improving material purity.
• Integrated Design: Combining a transfer pump, magnetic filter, control system, and piping components, the unit is simple to install and ready for operation upon connection to power or air supply.
• Cyclic Filtration and Purification: Supports continuous recirculation filtration, steadily enhancing slurry cleanliness and product stability.
• Easy Cleaning and Maintenance: A quick-release structural design facilitates rapid disassembly of the magnetic rod assembly for cleaning and maintenance, minimizing downtime.
• Strong Corrosion Resistance: Wetted parts can be configured in SS 304, SS 316L, or PTFE-lined materials, making the system suitable for diverse corrosive operating conditions.

Optional Configurations

• Magnetic Field Strength Options: 8,000 GS, 10,000 GS, 12,000 GS.
• Material Selection Options: SS 304, SS 316L, PTFE-lined construction.
• Cleaning Method Options: Conventional manual cleaning, or an easy-clean double-tube structure.
• Pumping Method Options: Pneumatic diaphragm pump, electric transfer pump.
• Connection Type Options: Flanged connections, quick-disconnect clamp connections, threaded connections.
• Surface Finish Options: Mirror polishing, satin brushing.

Applications

• New Energy Lithium-Ion Battery Industry: Used for cyclical iron removal and filtration of lithium battery cathode and anode slurries, conductive agent dispersions, and other materials to eliminate fine metallic impurities.
• Food Industry: Suitable for iron removal and purification of liquid products such as syrups, juices, edible oils, and seasoning liquids, ensuring food safety and product quality.
• Pharmaceutical Industry: Employed for filtering metallic impurities from pharmaceutical solutions, traditional Chinese medicine extracts, and liquid raw materials to meet stringent cleanroom production requirements.
• Chemical Industry: Applicable to coatings, inks, resin slurries, and electronic chemicals, enhancing product stability and manufacturing quality.
• Ceramic Industry: Used for cyclical iron removal in ceramic glazes, color pastes, and clay slurries, improving product whiteness and sintering performance.
• Machining Industry: Applied to circulating filtration of cutting fluids, coolants, and hydraulic oils to reduce equipment wear and extend fluid service life.

Processable Materials

• Battery Slurries: Cathode and anode slurries, conductive agent dispersions, NMP solvents.
• Food Liquids: Syrups, juices, edible oils, tea beverages, seasoning liquids.
• Pharmaceutical Liquids: Injections, oral solutions, traditional Chinese medicine extracts, buffer solutions.
• Chemical Slurries: Coatings, inks, electronic chemicals, nano-scale slurries.
• Ceramic Slurries: Ceramic glazes, clay slurries, color pastes.
• Industrial Fluids: Cutting fluids, coolants, hydraulic oils, electroplating solutions, cleaning agents.