Products- HengjiMagnetic

Products

HECS Eddy Current Non-ferrous Metal Separator

The HECS Eddy Current Non-ferrous Metal Separator fundamentally transforms material recycling by enabling high-precision separation of valuable non-ferrous metals. Utilizing advanced eddy current technology, this robust system efficiently identifies and recovers copper, aluminum, brass, zinc, and other conductive metals from complex feed streams. It excels at extracting these resources from challenging sources like industrial waste, electronic scrap (e-waste), and mixed material flows.
Engineered for Demanding Performance
Designed for rigorous, continuous operation in recycling plants and waste processing facilities, the HECS Eddy Current Non-ferrous Metal Separator delivers exceptional results. Its durable construction minimizes maintenance needs while ensuring high uptime. Crucially, it achieves superior purity levels in the recovered non-ferrous fraction, separating metals effectively even from difficult materials like wet or fine-grained waste or automotive shredder residue (ASR).
Maximizing Efficiency and Value
By automating the critical task of non-ferrous metal recovery, the HECS Eddy Current Non-ferrous Metal Separator significantly boosts operational efficiency and profitability. It translates directly into higher material purity, reduced processing costs, and an enhanced return on investment for facilities handling bulk recyclables, making it an indispensable asset for modern, sustainable resource recovery operations.
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DCZ Fully Automatic Dry Power Electromagnetic Separator

The DCZ Fully Automatic Dry Power Electromagnetic Separator revolutionizes dry material purification through high-intensity electromagnetic technology (15,000+ Gauss) and adaptive vibration control. Engineered for powders and granules <5mm, it achieves 99.8% iron removal efficiency for materials like plastic pellets, ceramic powder, and pharmaceutical compounds. The closed-loop magnetic circuit captures ferrous contaminants down to 30 microns while vibration modulation prevents material bridging.
Industrial reliability is ensured by the DCZ Fully Automatic Dry Power Electromagnetic Separator's IP65-rated modular construction. Self-cleaning magnetic rods automatically discharge captured metal fragments during operation, eliminating downtime in mining (mineral concentrates), chemical (catalyst powders), and food processing (flour/sugar lines) applications.
Operational advantages include 60% lower energy consumption than traditional systems and tool-free component access. The DCZ Fully Automatic Dry Power Electromagnetic Separator maintains consistent purity levels while reducing maintenance costs by 45% in 24/7 production environments.
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HJLH vertical ring high gradient magnetic separator

The HJLH Vertical Ring High Gradient Magnetic Separator revolutionizes wet processing of weakly magnetic minerals through its innovative vertical ring matrix design. Generating pulsating magnetic fields up to 1.5 Tesla, it achieves 98% recovery rates for fine-grained (<30μm) hematite, ilmenite, and wolframite - outperforming conventional separators by 40% in concentrate grade. The intelligent anti-clogging system combines high-frequency matrix flushing with optimized slurry flow paths to maintain uninterrupted operation.
Engineered for demanding mineral processing, the HJLH Vertical Ring High Gradient Magnetic Separator features corrosion-resistant 316L stainless steel matrices and PLC-controlled pulsation cycles. This ensures reliable purification of kaolin, feldspar, and rare earth ores in 24/7 operations where mineral value justifies premium recovery technology.
Operational advantages include 60% less downtime than drum separators and 30% lower energy consumption. The HJLH Vertical Ring High Gradient Magnetic Separator sets new standards in maintenance efficiency with tool-free matrix replacement and automated desliming cycles.
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GTC Belt Type High Gradient Magnetic Separator

The GTC Belt Type High Gradient Magnetic Separator revolutionizes iron removal in both dry and wet processing applications. Designed for challenging weakly magnetic minerals like hematite, manganese ore, and ilmenite, it also purifies non-metallic materials including quartz sand, feldspar, and recycled glass cullet.
Advanced engineering features high-intensity NdFeB magnets generating 1.4 Tesla gradients alongside computer-optimized matrix configurations. The GTC Belt Type High Gradient Magnetic Separator eliminates material clogging – a persistent global industry challenge – through its self-cleaning belt system that continuously discharges captured contaminants without process interruption.
Operational benefits include 95% removal efficiency for particles >5μm and minimal maintenance requirements. The GTC Belt Type High Gradient Magnetic Separator sets new standards in mineral processing, ceramics, and industrial mineral refinement where conventional separators fail.
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DCX High Gradient Slurry Electromagnetic Separator

The DCX High Gradient Slurry Electromagnetic Separator delivers breakthrough purification for viscous, fine-particle slurries in mining, ceramics, and chemical processing. Its matrix-based electromagnetic system generates 1.6 Tesla gradients to remove iron contaminants down to 5μm from challenging materials like kaolin, TiO₂ slurries, and mineral concentrates - achieving 99.5% purity with automatic matrix regeneration.
Engineered for industrial demands, this system features corrosion-resistant 316L stainless steel matrices and hermetic IP68 sealing. The DCX High Gradient Slurry Electromagnetic Separator maintains operational stability through PLC-controlled pulsation cycles that prevent clogging in high-solids (≤40% density) slurries while withstanding pH 2-12 environments.
Operational excellence includes 50% less downtime than conventional filters and 30% energy savings. The DCX High Gradient Slurry Electromagnetic Separator sets reliability benchmarks with 20,000-hour maintenance intervals in continuous mineral processing applications.
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QCG wet roller magnetic separator

The QCG Wet Roller Magnetic Separator revolutionizes mineral processing through multi-stage separation technology, achieving unprecedented recovery of weakly magnetic particles (5-300μm). Its precision-engineered counter-rotating rollers generate alternating magnetic fields up to 1.6T, efficiently capturing ilmenite, garnet, and chromite fines previously lost in tailings streams while preventing particle entrainment.
Robust Engineering Simplicity
Designed for harsh mining environments, the QCG Wet Roller Magnetic Separator combines tungsten-carbide reinforced rollers with corrosion-resistant stainless-steel construction. This maintenance-optimized system features automated belt tensioning and centralized lubrication points, reducing operational complexity while extending service life by 40-60% compared to conventional separators.
Operational Excellence
Ideal for mineral sands and industrial slurry processing, the QCG Wet Roller Magnetic Separator delivers 20-35% higher recovery rates through adjustable field intensity (0.8-1.6T) and roller speeds. Its plug-and-play integration minimizes commissioning time while reducing power consumption by 30% - maximizing ROI in tin, tungsten, and rare earth concentration circuits.
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