Magnetic Czochralski (MCZ) single-crystal superconducting magnets are cutting-edge devices used in the growth of large-diameter single-crystal silicon for semiconductor integrated circuits. These magnets offer an energy-efficient and stable method for generating magnetic fields. The development and industrialization of such superconducting magnets can significantly advance the domestic production of large silicon wafers, addressing the critical bottleneck in China's semiconductor silicon wafer industry. They provide a key core equipment for the supply of semiconductor core foundational materials. Advantages Energy Efficiency: MCZ single-crystal superconducting magnets are more energy-efficient compared to conventional magnets, reducing operational costs and environmental impact. High Magnetic Field Generation: These magnets can produce high magnetic fields (about 0.5T) required for the growth of large-size, high-quality single-crystal silicon, which is essential for i…
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