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The Heavy-Duty Construction Low Maintenance Magnetic Separator is a high-performance industrial device designed for precise ferrous metal separation and clod removal from grains, seeds, and bulk materials. It works by guiding material mixtures (contaminated with metals or clods) through a closed, high-intensity magnetic field at a calibrated speed—utilizing differential magnetic attraction to separate ferrous contaminants and clods from target materials. This equipment is a staple in critical industries, such as grain and flour milling (safeguarding wheat, maize, and rice processing machinery), food processing (eliminating metal fragments from sugar, spices, and tea), plastics recycling (extracting ferrous debris from recycled plastic flakes), and mining and minerals (purifying industrial minerals like quartz and feldspar). Its key strengths are heavy-duty construction (to withstand harsh working conditions) and low maintenance needs (cutting operational downtime and long-term costs).
Optimized Magnetic Circuit: Precisely engineered flux patterns ensure maximum capture of ferrous contaminants and clods, achieving a 99% clod election rate across all models—guaranteeing exceptional product purity for food and pharmaceutical applications.
Reinforced Steel Housing: The robust framework resists heavy material impact and wear, making it ideal for continuous operation in dusty, high-vibration environments (e.g., mining sites or grain silos).
Low Maintenance Design: Equipped with sealed bearings and wear-resistant components, the separator minimizes frequent part replacements; hinged covers and sliding trays enable quick inspection and cleaning without full disassembly.
Customizable Dimensions: Tailored to fit specific conveyor widths or pipe diameters, ensuring seamless integration into existing production lines (e.g., grain processing conveyors or plastic recycling systems).

Proven Quality Compliance: Our separators meet international standards (ISO 9001) and have been tested in over 500 industrial sites worldwide, delivering consistent performance in grain, food, and mining sectors.
Tailored Solutions: We offer customizable magnetic separator configurations (e.g., adjusted magnetic strength for fine vs. coarse materials) and high-temperature models (up to 350°C) for specialized needs.
Cost Efficiency: The low maintenance design reduces annual upkeep costs by 30% vs. standard separators; permanent magnet models need no power, while electromagnetic versions use just 0.5-5kW (based on size).
Reliable Support: We provide detailed operation manuals, quarterly maintenance guidance, and 24/7 technical support to ensure long-term equipment efficiency.
Conduct weekly visual checks (for housing damage or material buildup) and thorough testing every 3-6 months—adjust frequency based on usage intensity (e.g., daily mining use may need monthly testing).
Standard models only capture ferrous metals (iron, steel). For non-ferrous separation (aluminum, copper), pair it with our eddy current separators.
For free-flowing materials (grains, plastic flakes), optimal depth is 50-100mm; higher-strength models support slightly deeper layers.
We use high-quality neodymium magnets, which lose <1% strength per decade under proper use—ensuring 10+ years of stable performance.
Through the employment of specialized chutes, the system effectively prevents material buildup and segregation. This crucial feature ensures a consistently smooth throughput, with the capacity varying from 2 to 10 tons per hour depending on the model. These chutes are designed in a way that optimizes the movement of materials, enabling a seamless operation and contributing to the overall efficiency of the process.
For applications in the food and pharmaceutical industries where stringent quality control is of utmost importance, add-on metal detection systems are available. These systems come equipped with automatic rejection capabilities. When a metallic foreign object is detected within the materials being processed, the system promptly and automatically rejects the contaminated material, thus significantly enhancing the quality control measures and safeguarding the integrity of the final product.
There are special models within the product range that are specifically engineered to handle materials at high temperatures. These models can withstand temperatures of up to 350°C, making them highly suitable for high-temperature processes. An example of such a process is post-smelting mineral processing, where materials need to be processed at elevated temperatures, and these heat-resistant models can perform this task efficiently without any degradation in performance.
The equipment is designed with user convenience in mind. Hinged covers are incorporated into the design, allowing operators easy access to the internal components. This feature enables operators to carry out cleaning and inspection tasks in less than 15 minutes. By reducing the time required for these maintenance activities, the overall downtime of the equipment is minimized, leading to increased productivity and continuous operation.
Our separator line includes three core models:
Model 5XCT-1300: 2-4 t/h capacity, 0.75 kW power, 1300mm magnetic surface width, 99% clod election rate.
Model 5XCT-1500: 5-7 t/h capacity, 0.75 kW power, 1500mm magnetic surface width, 99% clod election rate.
Model 5XCT-2000: 8-10 t/h capacity, 0.75 kW power, 2000mm magnetic surface width, 99% clod election rate.
All use neodymium magnets; electromagnetic versions (for higher intensity) consume 1.5-5 kW.
Model | Capacity(t/h) | Power(kW) | Clod Election(%) | Width for magnetic surface(mm) |
5XCT-1300 | 2-4 | 0.75 | 99 | 1300 |
5XCT-1500 | 5-7 | 0.75 | 99 | 1500 |
5XCT-2000 | 8-10 | 0.75 | 99 | 2000 |