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    Heat-resistant steel frame
    29Sep, 2025
    Heat-resistant steel frame: The “durable Bearer”

    The heat-resistant steel frame is specially designed for working conditions ranging from 200℃ to 1200℃.Easily solve the problem of high-temperature damage.

    Choosing the right one can reduce the trouble of frequently changing the material frame.Reduce equipment maintenance costs and ensure the stable operation of high-temperature production lines.

    Four Core Advantages of Heat-resistant Steel Frames

    Super high temperature resistance: It will not soften or deform due to high temperatures, ensuring stable material load-bearing.

    Anti-oxidation and corrosion resistance: Prevent water and material leakage due to corrosion, and reduce the risk of production accidents.

    High structural strength: Even after frequent loading and unloading at high temperatures, the structure remains stable.

    Customized adaptation: No material jamming or displacement after installation, enhancing production efficiency.

    Five Major Application Scenarios of Heat-resistant Steel Frames

    Heat treatment industry: Avoid damage to the material frame when the workpiece is heated.

    Metallurgical industry: The material frame will not crack due to the erosion of molten metal.

    Chemical industry: Ensure no leakage and no pollution during the raw material transportation process.

    Building materials industry: Resistant to clinker wear and high-temperature erosion.

    New energy industry: Complies with battery production standards.

    Four Key Points for Choosing the Right Heat-resistant Steel Frame

    Select materials based on temperature resistance requirements: Ask suppliers to provide temperature resistance test reports of the materials to avoid “passing off inferior goods as good ones”.

    Confirm the load-bearing capacity: Avoid overloading deformation.

    Look at the structural design: The perforated design is suitable for working conditions that require ventilation. Choose more efficient ones as needed.

    Check the process details: avoid scratching the materials or causing water leakage.

    Three Tips for Extending the Service Life of Heat-Resistant Steel Frames

    Avoid sudden temperature changes: Prevent cracking caused by excessive temperature differences.

    Regular inspection and maintenance: Any problems found should be promptly repaired by welding or grinding to prevent the expansion of corrosion.

    Clean the residual materials: Wear the surface of the material frame. Read More

    7Jul, 2024
    Unveiling the Unique Properties and Application Potential of UMCo-50

    The Canadian client requires eight screws made of UMCo-50, a cobalt-based alloy material known for its outstanding characteristics and wide application across various fields. Below is a detailed analysis of the UMCo-50 Cobalt-based alloys material:

     

    UMCo-50 Cobalt-based alloys

     

    Physical Properties:

    Density: UMCo-50 has a density of approximately 8.5 grams per cubic centimeter, giving it an advantage in weight-sensitive applications.
    • Thermal Expansion Coefficient: Under high-temperature conditions, UMCo-50 exhibits a low thermal expansion coefficient, maintaining excellent dimensional stability.
    • Hardness: The alloy boasts a high hardness, usually exceeding Rockwell hardness (HRC) 50, with outstanding wear resistance at elevated temperatures.

    Mechanical Properties:

    Strength and Hardness: The UMCo-50 cobalt-based alloy possesses high strength and hardness, capable of withstanding mechanical loads, making it suitable for high-stress environments.
    • Toughness and Ductility: The alloy also features good toughness and ductility, which helps reduce stress concentration and cracking in high-temperature settings.

    High-Temperature and Oxidation Resistance:

    UMCo-50 demonstrates exceptional stability and oxidation resistance at high temperatures, capable of withstanding temperatures above 1100°C while retaining its mechanical integrity and corrosion resistance. This superior high-temperature and oxidation resistance make UMCo-50 highly valuable in high-temperature working environments.

    Corrosion Resistance:

    UMCo-50 also exhibits good high-temperature corrosion resistance, able to withstand the erosion of acidic, alkaline, and other corrosive media. This characteristic makes it widely applicable in chemical, petroleum, and natural gas extraction environments.

    Application Areas:

    Due to its superior properties, UMCo-50 cobalt-based alloy finds extensive use in various sectors, including but not limited to:
    Aerospace: Used in manufacturing components for aviation engines, such as turbine blades, nozzles, combustion chamber parts, etc.3333

    Manufacturing Process:

    The production of UMCo-50 cobalt-based alloy typically employs a double vacuum melting process to ensure the purity and uniformity of the alloy, helping to reduce impurities and defects in the alloy, thereby enhancing its performance and reliability.

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