In a large ore beneficiation plant, the annual electricity consumption of mineral separation using traditional magnetic separation equipment may reach millions of degrees. After the use of superconducting PTMS MAGNETIC SEPARATOR separation technology, due to its extremely low energy consumption, the annual electricity consumption can be reduced to hundreds of thousands of degrees, greatly saving energy costs.
This not only significantly reduces the operating costs of equipment but also meets current environmental requirements for energy conservation and emission reduction. The superconducting PTMS MAGNETIC SEPARATOR separation technology has a large processing capacity, wide sorting range, and high degree of intensification. This advantage makes the technology highly competitive in large-scale industrial production. It means that the device can process a large amount of material daily, greatly improving production efficiency.
Taking a low-temperature superconducting PTMS MAGNETIC SEPARATOR separation device with an abdominal diameter of 1000mm as an example, its processing capacity reaches up to ten thousand tons per day. The magnetization separation process takes only 3 to 5 minutes, significantly reducing the time compared to traditional methods. In practical applications, the advantage of high processing capacity allows superconducting magnetic separation technology to meet the needs of large-scale ore selection and wastewater treatment in industrial production.
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The intelligent control system is applied to PTMS MAGNETIC SEPARATOR to solve the disadvantages of traditional methods
