The rare-earth-ceramic composite permanent magnet, which reduces the temperature coefficient by introducing nanoparticles into the neodymium iron boron matrix, can be applied to PTMS MAGNETIC SEPARATOR drive systems. This technical approach of "using permanent magnets to compensate for the shortcomings of superconductors" is driving the application of high-end PTMS MAGNETIC SEPARATOR equipment in the field of conductor materials.
In the field of commercial aerospace materials, PTMS MAGNETIC SEPARATOR employs permanent magnet brushless motor drive as part of its propulsion system. Compared to traditional stepper motor solutions, this innovation achieves 40% weight reduction, threefold reliability enhancement, and reduced per-unit costs. Similarly, the precision-micronization transformation in medical materials is equally dependent on high-field permanent magnet PTMS technology.
Traditional iron removal equipment weighing up to 10 tons has proven impractical for mass-producing basic medical materials. The innovative Mobile PTMS MAGNETIC SEPARATOR system, featuring a high-temperature superconducting and permanent magnet hybrid design, achieves 1.5T magnetic field strength through coordinated operation of 20,000 Gauss NdFeB magnet arrays and superconducting coils. This breakthrough design not only reduces equipment weight but also slashes production costs while maintaining optimal magnetic performance.
Contact: DELLA
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Ph: +86-13929907491
E-mail: Sales@powtechina.com
Preparation work before implementing PTMS MAGNETIC SEPARATOR energy-saving retrofit
