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Your current location: Home > Cryogenic techn... Under ultra-low temperature conditions, the properties of matter will undergo wonderful changes: air becomes liquid or solid; biological cells or tissues can be stored for a long time without dying; the resistance of the conductor disappears - superconductivity; the viscosity of liquid helium is almost zero - superfluidity, and the thermal conductivity is better than that of high-purity copper.
Ultra-low temperature refrigeration technology is a technology that cools objects to extremely low temperatures. Its applications involve many cutting-edge fields: energy (superconducting power transmission, superconducting energy storage, superconducting motors, etc.), transportation (magnetic levitation trains, ship magnetic propulsion), medical and health care (nuclear magnetic resonance imaging, biomagnetic instruments, etc.), electronic technology (superconducting microwave technology applications, various superconducting sensing technologies, semiconductor-superconductor integrated circuits, superconducting computing elements, etc.), major scientific projects (accelerators, controlled thermonuclear devices, etc.) and national defense technology (superconducting anti-submarine, minesweeping, spacecraft loading, electromagnetic propulsion, communication and guidance, etc.), etc.
Fermion Instruments has been deeply involved in ultra-low temperature technology for many years and has the ability to design, manufacture and provide technical services for complete low-temperature related instruments and equipment. Through scientific and technological innovation and independent research and development, Fermion Instruments has formed a rich low-temperature technology platform and low-temperature product matrix. The main products include low-temperature optical thermostats, multi-axis low-temperature sample rods, helium liquefaction equipment, low-temperature strong magnetic field measurement systems, etc., which are widely used in scientific research instruments, quantum information science, semiconductor manufacturing and other industrial fields.
Ultra-low temperature technology is inseparable from many cutting-edge scientific research. For example, quantum computing, superconducting technology, aerospace and aviation technology, controlled thermonuclear fusion, and far-infrared detection.
Driven by the country's major strategic needs, multidisciplinary cross-convergence and multi-technology cross-border integration will become the norm, and will continue to give birth to new disciplinary frontiers, new scientific and technological fields, and new innovative forms.
Fermion Instruments fully utilizes the advantages of ultra-low temperature technology, cross-combines ultra-high pressure, strong magnetic field, ultra-high vacuum and ultra-fast light field technologies, and provides high-performance standardized/customized products and overall solutions for large scientific facilities, national laboratories and other interdisciplinary cross-research platforms.
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