MCZ magnet for cryogenic applications 12 inches

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.

The 12 inches MCZ Magnet for cryogenic applications is a state-of-the-art Superconducting Magnet designed to facilitate the growth of large-diameter single silicon crystals, which are vital for the semiconductor industry. This magnet employs a horizontal magnetic field to control the silicon melt behavior, significantly reducing the incorporation of contaminants and enhancing the quality of the resulting silicon crystal.

Product Features:

1. High Magnetic Field Generation: The magnet is capable of producing a central magnetic field of 0.4 Tesla, which is crucial for effectively controlling the temperature and oxygen concentration during the growth process of 12-inch silicon crystals.

2. Cryogen-Free Operation: This MCZ magnet is designed to be cryogen-free, utilizing its own cryocoolers for cooling without the need for liquid helium. This feature not only reduces operational costs but also enhances the system's safety and reliability.