PTMS ELECTROMAGNETIC SEPARATOR adopts the neodymium iron boron permanent magnet scheme, which increases the iron removal operation by 15% compared with the traditional equipment version. According to the data, the global demand for permanent magnet materials for new energy reaches 128,000 tons, accounting for 41% of the total demand for permanent magnet materials, and it is expected that this proportion will exceed 50% in 2025.
The most revolutionary advancement lies in the iron removal technology for solid-state battery materials. By integrating permanent magnets with stator windings through a PTMS ELECTROMAGNETIC SEPARATOR design and utilizing 30kW solid-state motors, this innovation achieves lighter weight compared to traditional iron removal equipment. This breakthrough provides a revolutionary power solution for battery materials in drones and low-altitude aerial vehicles. The aerospace industry's demand for permanent magnet PTMS ELECTROMAGNETIC SEPARATOR technology specifically emphasizes "extreme environment adaptability".
In mineral processing, automated control systems require stable magnetic field output under temperature fluctuations ranging from-40℃ to +80℃. The traditional magnet's temperature coefficient of-0.12%/℃ can no longer meet these requirements. This "sensing-decision-execution" closed-loop intelligence is redefining the application value of high-field permanent magnet PTMS ELECTROMAGNETIC SEPARATOR technology.
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High temperature PTMS MAGNETIC SEPARATOR deironing method is gradually moving towards new nano electrode materials
