Featured Products

  • Cryogenic Insulated Flexible Hose Series

    Cryogenic Insulated Flexible Hose Series

    Vacuum Insulated Hose, namely Vacuum Jacketed Hose are used for transferring of liquid oxygen, liquid nitrogen, liquid argon, liquid hydrogen, liquid helium, LEG and LNG, as a Perfect substitute for conventional piping insulation.

    • Superior Insulation: Our Cryogenic Insulated Flexible Hoses are designed with high-quality insulation materials to minimize heat transfer and maintain the desired temperature of cryogenic fluids. This feature ensures efficient and safe transportation of fluids, reducing energy consumption and promoting process stability.
    • Enhanced Flexibility: The flexible construction of our hoses enables easy installation and maneuverability in tight spaces, eliminating the need for complicated and time-consuming fittings. This flexibility also prevents kinks and leaks, ensuring smooth fluid flow and minimizing downtime.
    • Exceptional Durability: Crafted using premium materials and advanced manufacturing techniques, our hoses are highly resistant to extreme temperatures, corrosion, and mechanical stresses. They offer exceptional durability and long-term performance in demanding cryogenic applications.
    • Customizable Solutions: We understand the unique demands of different industries. Hence, our manufacturing factory provides customizable options for the Cryogenic Insulated Flexible Hose Series, allowing customers to tailor the hoses to their specific requirements and systems.
  • Cryogenic Insulated Pressure Regulating Valve

    Cryogenic Insulated Pressure Regulating Valve

    Vacuum Jacketed Pressure Regulating Valve, is widely used when the pressure of the storage tank (liquid source) is too high, and/or the terminal equipment needs to control the incoming liquid data etc. Cooperate with other products of the VI valve series to achieve more functions.

    • Optimal Pressure Control: Our Cryogenic Insulated Pressure Regulating Valve incorporates advanced technology to ensure accurate and efficient pressure control of cryogenic fluids. This feature guarantees enhanced control over processes in cryogenic applications, resulting in improved productivity and operational efficiency.
    • Unmatched Thermal Insulation: Equipped with top-grade insulation materials, our valve provides exceptional thermal resistance. This insulation minimizes heat transfer, effectively maintaining the desired temperature of cryogenic fluids and reducing energy consumption.
    • Durability and Reliability: Quality materials and precision engineering make our valve highly durable, capable of withstanding extreme low temperatures, corrosion, and mechanical stresses. Its robust design ensures long-term reliability and dependable operation in demanding environments.
    • Customizable Solutions: Every project has its unique requirements. Thus, our manufacturing factory provides customizable options for the Cryogenic Insulated Pressure Regulating Valve, allowing customers to tailor the valve to their specific needs.
  • Cryogenic Insulated Pneumatic Shut-off Valve

    Cryogenic Insulated Pneumatic Shut-off Valve

    Vacuum Jacketed Pneumatic Shut-off Valve, is one of the common series of VI Valve. Pneumatically controlled Vacuum Insulated Shut-off Valve to control the opening and closing of main and branch pipelines. Cooperate with other products of the VI valve series to achieve more functions.

    • Precise Flow Control: Our Cryogenic Insulated Pneumatic Shut-off Valve boasts advanced pneumatic technology, ensuring accurate and efficient flow control of cryogenic fluids. This feature guarantees precise control of processes in low-temperature applications, improving overall productivity.
    • Unparalleled Thermal Insulation: Equipped with high-quality insulation materials, our valve offers unmatched thermal resistance. This insulation minimizes heat transfer and maintains the desired temperature of cryogenic fluids, optimizing their efficiency and reducing energy costs.
    • Durable and Reliable: Engineered with durable materials and precision craftsmanship, our valve exhibits excellent resistance to extreme cold, corrosion, and mechanical stresses. This design ensures long-term durability and reliable operation in demanding environments.
    • Customizable Solutions: We understand that each project has specific requirements. Our manufacturing factory offers customizable options for the Cryogenic Insulated Pneumatic Shut-off Valve, allowing tailored solutions to meet unique industry needs.
  • Cryogenic Insulated Flow Regulating Valve

    Cryogenic Insulated Flow Regulating Valve

    Vacuum Jacketed Flow Regulating Valve, is widely used control the quantity, pressure, and temperature of cryogenic liquid according to the requirements of terminal equipment. Cooperate with other products of the VI valve series to achieve more functions.

    • Precise Flow Control: Our Cryogenic Insulated Flow Regulating Valve features advanced technology that allows for accurate flow regulation of cryogenic fluids, enabling precise control of processes in low-temperature applications.
    • Unmatched Thermal Insulation: Designed with top-quality insulating materials, our valve minimizes heat transfer and maintains the desired temperature of cryogenic fluids, optimizing their efficiency and reliability.
    • Enhanced Durability: Manufactured using high-grade materials, our valve offers excellent resistance to low temperatures, corrosion, and mechanical stresses, ensuring long-lasting performance in demanding environments.
    • Customizable Options: We understand that every project has unique specifications. Our manufacturing factory offers customizable options for the Cryogenic Insulated Flow Regulating Valve, allowing tailored solutions to meet specific industry needs.
  • Cryogenic Insulated Pipe Series

    Cryogenic Insulated Pipe Series

    Vacuum Insulated Pipe (VI Piping), namely Vacuum Jacketed Pipe (VJ Piping) are used for transferring of liquid oxygen, liquid nitrogen, liquid argon, liquid hydrogen, liquid helium, LEG and LNG, as a Perfect substitute for conventional piping insulation.

    • Exceptional Thermal Insulation: Our Cryogenic Insulated Pipe Series features cutting-edge insulation materials that provide superior thermal resistance, minimizing heat transfer and ensuring optimal temperature maintenance for cryogenic fluids.
    • Enhanced Durability: Built with high-quality materials, our pipes are designed to withstand the challenges of low-temperature environments, offering excellent resistance to cracking, corrosion, and other mechanical stresses.
    • Easy Installation and Maintenance: Our Cryogenic Insulated Pipes are designed for hassle-free installation and require minimal maintenance, reducing downtime and operational costs for our customers.
    • Customizable Solutions: We understand that every project has unique requirements. Our manufacturing factory offers a range of customizable options for the Cryogenic Insulated Pipe Series, ensuring tailored solutions to meet specific needs.
  • Cryogenic Insulated Check Valve

    Cryogenic Insulated Check Valve

    Vacuum Jacketed Check Valve, is used when liquid medium is not allowed to flow back. Cooperate with other products of the VJ valve series to achieve more functions.

    • Superior Insulation: Our Cryogenic Insulated Check Valve features advanced insulation materials that provide excellent thermal resistance, minimizing heat transfer and maintaining temperature stability in cryogenic environments.
    • Enhanced Reliability: With its robust design and precision engineering, our valve guarantees reliable performance, ensuring precise flow control and preventing backflow of cryogenic fluids.
    • Optimal Safety: The Cryogenic Insulated Check Valve is equipped with safety features such as pressure relief valves and leakage monitoring systems, ensuring the safety of operators and preventing any potential hazards associated with cryogenic operations.
    • Customizability: We understand that each application may have unique requirements. That’s why our manufacturing factory offers customizable options for the Cryogenic Insulated Check Valve, allowing for tailor-made solutions to meet specific needs.
  • Cryogenic Insulated Valve Box

    Cryogenic Insulated Valve Box

    In the case of several valves, limited space and complex conditions, the Vacuum Jacketed Valve Box centralizes the valves for unified insulated treatment.

    • Superior Insulation: Our Cryogenic Insulated Valve Box is designed with advanced insulation materials that provide excellent thermal resistance, minimizing heat transfer and maintaining the desired temperature stability in cryogenic environments.
    • Cryogenic Compatibility: This product is specifically engineered to withstand cryogenic temperatures, making it suitable for applications involving liquefied gases, such as nitrogen, oxygen, and LNG.
    • Enhanced Safety Features: The Cryogenic Insulated Valve Box incorporates safety features, including pressure relief valves and leakage monitoring systems, which ensure operator safety and prevent any potential hazards associated with cryogenic operations.
    • Customized Solutions: At our manufacturing factory, we understand the unique requirements of our customers. Hence, we offer customizable options for our Cryogenic Insulated Valve Box, allowing for tailor-made solutions that cater to specific needs.
  • Dual Wall Pneumatic Shut-off Valve

    Dual Wall Pneumatic Shut-off Valve

    Vacuum Jacketed Pneumatic Shut-off Valve, is one of the common series of VI Valve. Pneumatically controlled Vacuum Insulated Shut-off Valve to control the opening and closing of main and branch pipelines. Cooperate with other products of the VI valve series to achieve more functions.

    • Dual Wall Design: The Dual Wall Pneumatic Shut-off Valve features a unique dual wall construction that provides enhanced strength, durability, and leak-proof operation even under high-pressure conditions.
    • Pneumatic Actuation: Our valve incorporates a pneumatic actuator, allowing for smooth and precise shut-off control. This feature makes it suitable for various industrial processes, including fluid regulation, isolation, and flow control.
    • Versatile Applications: The Dual Wall Pneumatic Shut-off Valve finds its application in industries such as oil and gas, chemical processing, water treatment, and power generation, addressing a wide range of process requirements.
    • Reliable Performance: With an emphasis on quality and reliability, our valve is designed to deliver consistent and reliable performance, ensuring uninterrupted operation and minimizing costly downtime.
  • Dual Wall Shut-off Valve

    Dual Wall Shut-off Valve

    The Vacuum Insulated Shut-off Valve is responsible for controlling the opening and closing of Vacuum Insulated Piping. Cooperate with other products of the VI valve series to achieve more functions.

    • Dual Wall Shut-off Valve is a game-changing product designed and manufactured by our production plant. It offers superior performance and durability for various industrial applications.
    • With its innovative design, the Dual Wall Shut-off Valve provides exceptional shut-off capabilities, ensuring efficiency and reliability in fluid control systems.
    • This valve is engineered to meet the highest industry standards and is suitable for a wide range of demanding applications in sectors such as oil and gas, petrochemical, and manufacturing.
  • Dual Wall Pipe Series

    Dual Wall Pipe Series

    Vacuum Insulated Pipe (VI Piping), namely Vacuum Jacketed Pipe (VJ Piping) are used for transferring of liquid oxygen, liquid nitrogen, liquid argon, liquid hydrogen, liquid helium, LEG and LNG, as a Perfect substitute for conventional piping insulation.

    • Enhanced Strength: Our Dual Wall Pipe Series features a dual wall construction that provides superior strength and durability, ensuring reliable performance even in the most demanding environments.
    • Leak-proof Design: The double-layered structure of our pipes guarantees leak-proof protection, minimizing potential fluid loss and optimizing productivity for various applications.
    • Versatile Applications: The Dual Wall Pipe Series is suitable for use in industries such as construction, infrastructure, wastewater management, and agricultural irrigation, accommodating a variety of fluid transfer requirements.
    • Easy Installation: With its user-friendly design, our Dual Wall Pipe Series facilitates easy installation, saving time and reducing labor costs for our customers.
  • Dual Wall Flexible Hose Series

    Dual Wall Flexible Hose Series

    Vacuum Insulated Hose, namely Vacuum Jacketed Hose are used for transferring of liquid oxygen, liquid nitrogen, liquid argon, liquid hydrogen, liquid helium, LEG and LNG, as a Perfect substitute for conventional piping insulation.

    • Superior Flexibility: The Dual Wall Flexible Hose series offers exceptional flexibility, allowing for easy installation, maneuverability, and adaptability to various complex piping configurations.
    • High-Temperature Resistance: Our hose series is designed to withstand extreme temperatures, ensuring reliable performance in high-temperature applications, without compromising on flexibility or durability.
    • Enhanced Durability: The dual wall construction reinforces the hose’s structural integrity, increasing its durability and resistance to abrasion, while maintaining optimal flexibility for prolonged usage.
    • Versatile Applications: The Dual Wall Flexible Hose series is suitable for a wide range of industries, including automotive, pharmaceutical, chemical, and manufacturing, offering optimal fluid transfer solutions for diverse applications.
  • LOX Phase Separator Series

    LOX Phase Separator Series

    Vacuum Insulated Phase Separator, namely Vapor Vent, is mainly to separate the gas from the cryogenic liquid, which can ensure the liquid supply volume and speed, the incoming temperature of terminal equipment and the pressure adjustment and stability.

    Title: Streamline Oxygen Separation with the LOX Phase Separator Series – Enhancing Efficiency for Production Facilities

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