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20K-2K Helium Refrigerator Supplier - Leading China Factory with Advanced Cryogenic Technology and Expertise
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20K-2K Helium Refrigerator Supplier - Leading China Factory with Advanced Cryogenic Technology and Expertise

Discover cutting-edge technology with our advanced oil separation and gas management system, designed for optimal performance in super-cryogenic applications. Our vacuum adiabatic cold box enables efficient temperature management, while the high-speed helium turbo expander ensures rapid cooling capabilities. The low leakage rate heat exchanger provides reliable operation, vital for energy efficiency. With fully independent intellectual property rights, we proudly stand as one of the leading China suppliers in the super-cryogenic sector.

Fullcryo, recognized as a top factory in large-scale super-cryogenic engineering, leverages years of expertise to reach temperatures from -100℃ to -269℃. We are the third company globally to achieve complete intellectual property rights in this specialized field, setting us apart in the industry.

    Product Description

    20K-2K Helium Refrigerator- Advancing Cryogenic Technology

    The 20K-2K Helium Refrigerator is a cutting-edge cryogenic system that revolutionizes cryogenic research and applications. This advanced refrigerator can operate in a temperature range of 20 Kelvin to 2 Kelvin, making it an indispensable tool for a variety of scientific and industrial purposes.

    20K-2K Helium Refrigerator System

    One of the key features of the 20K-2K helium refrigerator is its ability to achieve and maintain ultra-low temperatures with exceptional precision and stability. This level of temperature control is critical for conducting experiments in areas such as quantum computing, superconductivity and materials science, where even the slightest fluctuations can have a significant impact on the results.

    In addition to precise temperature control, the 20K-2K helium refrigerator offers high cooling capacity, allowing it to effectively cool and maintain the required low temperatures for long periods of time. This feature is critical for experiments requiring prolonged exposure to ultra-low temperatures, ensuring reliable and consistent results.

    The versatility of 20K-2K helium refrigerators is not limited to scientific research, but also has applications in industries such as aerospace, healthcare and electronics. From testing superconducting materials to cooling infrared sensors and detectors, the refrigerator plays a vital role in driving technological innovation in various fields.

    Flow Diagram of 4.5K Helium Refrigerator
    (Flow Diagram of 4.5K Helium Refrigerator)
    Parameter
    4.5K Helium Refrigerator Parameter Specifications Sheet 1
    4.5K Helium Refrigerator Parameter Specifications Sheet 2
    Factory Pictures
    Factory Production Facility View 1
    Factory Production Facility View 2
    Factory Production Facility View 3
    Factory Production Facility View 4
    Frequently Asked Questions (FAQ)

    What is the operating temperature range of this helium refrigerator?

    The refrigerator is engineered to operate efficiently within a precise temperature range of 20 Kelvin down to 2 Kelvin, providing stable ultra-low temperatures.

    What research fields benefit most from the 20K-2K Helium Refrigerator?

    It is an essential tool for high-precision scientific research fields such as quantum computing, superconductivity, and advanced materials science.

    Does the system support continuous, long-term cooling operations?

    Yes, the system is designed with a high cooling capacity to reliably maintain ultra-low temperatures over extended periods, ensuring consistent experimental results.

    What industrial applications use this cryogenic technology?

    Beyond laboratory research, it is widely used in aerospace applications, healthcare systems, electronics manufacturing, and for cooling infrared sensors and detectors.

    How does the refrigerator ensure stability during temperature fluctuations?

    It utilizes advanced temperature control mechanisms to deliver exceptional precision, minimizing thermal fluctuations that could otherwise affect sensitive experiments.