At present, the mainstream high-field permanent magnet PTMS MAGNETIC SEPARATOR in the industry has achieved a stable magnetic field output of 10,000-13,000 Gauss (1,000-1,300 mT), which is enough to make traditional electromagnetic equipment far behind —— Under the same volume, electromagnetic magnetic separator needs to consume more than 30kW of continuous power to achieve similar magnetic field strength, and there is 3%-5% energy conversion loss.
The demands of cutting-edge fields are constantly pushing the boundaries of existing technologies. In controlled nuclear fusion devices, maintaining high-temperature plasma requires a steady-state magnetic field exceeding 15 Tesla. High precision nuclear magnetic resonance imaging PTMS MAGNETIC SEPARATOR equipment to achieve submillimeter resolution, achieving sub-millimeter resolution necessitates magnetic field uniformity within 0.1ppm (parts per million) and stable magnetic field strength above 3 Tesla. Meanwhile, spin manipulation systems in quantum computing demand milli-Tesla precision-adjustable magnetic fields.
The latest PTMS MAGNETIC SEPARATOR magnetic resonance imaging magnet system, through the use of a "magnet + compensation coil" composite structure, achieves a magnetic field uniformity of ±0.05ppm on the basis of the 3.0T main magnetic field, which reduces the brain scanning time from 20 minutes to 10 minutes and improves the image signal-to-noise ratio by 30%.
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Ph: +86-13929907491
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High temperature PTMS MAGNETIC SEPARATOR deironing method is gradually moving towards new nano electrode materials
