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High-Performance Helium SuperCryo Temp. Refrigerator from China Suppliers | Advanced Cryogenic Solutions Factory
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High-Performance Helium SuperCryo Temp. Refrigerator from China Suppliers | Advanced Cryogenic Solutions Factory

Discover Fullcryo's cutting-edge super-cryogenic solutions, designed for advanced oil separation and gas management. Our innovative products include a state-of-the-art Vacuum Adiabatic Cold Box and a high-speed Helium Turbo Expander, optimized for efficiency and low leakage rates through our specialized heat exchanger technology. As a leading supplier based in China, we proudly hold fully independent intellectual property rights, making us the third factory in the world to master large-scale super-cryogenic engineering. With capabilities to achieve temperatures from -100℃ to -269℃, Fullcryo is committed to delivering top-tier solutions for all your cryogenic needs.

    Product Description

    A Helium Super Cryogenic Refrigerator, also known as a Helium Cryocooler, is an advanced refrigeration system designed to achieve extremely low temperatures using helium gas. These refrigerators are essential for applications requiring temperatures close to absolute zero, such as scientific research, medical technology, and high-tech manufacturing.

    Helium Super Cryogenic Refrigerator Overview
    Temperature Range

    Cooling Capability: Achieves temperatures from -100℃ down to -269℃ (4 Kelvin), which are necessary for various cryogenic applications.

    1. Cooling Technology

    Fullcryo 20K helium refrigerator adopts helium turbine inverse Brayton refrigeration cycle to obtain 20K refrigeration capacity.

    2. Cooling Power
    • High Efficiency: Provides substantial cooling power at cryogenic temperatures, suitable for demanding applications.
    • Variable Cooling Stages: Multi-stage cooling systems to achieve progressively lower temperatures.
    3. Design
    • Compact and Robust: Designed to occupy minimal space while providing durable and reliable operation.
    • Modular Construction: Allows for easy integration into various systems and scalability based on specific cooling requirements.
    4. Control and Monitoring
    • Automated Control Systems: Advanced control systems for precise temperature regulation and efficient operation.
    • Real-Time Monitoring: Equipped with sensors and interfaces for real-time monitoring of temperature and system performance.
    5. Safety Features
    • Emergency Shutdown: Automatic shutdown in case of system malfunctions to prevent damage.
    • Pressure Relief Valves: Protect against over-pressurization.
    • Alarm Systems: Alerts for abnormal conditions such as temperature fluctuations or system failures.
    Flow Diagram of 20K helium Refrigerator
    (Flow Diagram of 20K helium Refrigerator)

    Parameter

    Helium Refrigerator Specification Parameters

    Factory Pictures

    Factory Manufacturing Setup 1Factory Manufacturing Setup 2Factory Manufacturing Setup 3Factory Manufacturing Setup 4

    Frequently Asked Questions

    What is the cooling capability of the Helium Super Cryogenic Refrigerator?

    The system achieves extremely low temperatures ranging from -100℃ down to -269℃ (4 Kelvin), which are essential for demanding cryogenic applications.

    What cooling technology does the 20K helium refrigerator use?

    The Fullcryo 20K helium refrigerator utilizes a helium turbine inverse Brayton refrigeration cycle to achieve its 20K refrigeration capacity efficiently.

    How is the refrigerator monitored and controlled?

    It features automated control systems for precise temperature regulation, alongside real-time monitoring interfaces and integrated sensors to track system performance.

    What safety features are integrated into the system?

    Safety features include an emergency shutdown mechanism to prevent damage during malfunctions, pressure relief valves to protect against over-pressurization, and alarm systems for abnormal conditions.

    Is the design of the helium refrigerator scalable?

    Yes, the system features a compact and robust modular construction, which allows for easy integration into various systems and scalability based on specific cooling requirements.