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China Titanium and Titanium Alloy U Profiles - Quality Products from Reliable Suppliers and Factory

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Product Material: Gr2 / Gr5 / GR7 Titanium

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Product Standard: ASTM B348 Compliance

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Supplied Surfaces: Choose from polished, lathe-machined, acid-washed, or sandblasted surfaces for your specific needs.

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As a leading China supplier and factory of high-quality titanium products, we can produce other lengths tailored to your requirements. Contact us today for reliable solutions.

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    Products Detail

    Titanium and titanium alloy U profiles leverage the load-bearing advantages of channel-type structures and the material advantages of titanium to address the pain points of traditional metal channel parts, such as corrosion and weight. They are ideal for support, protection and flow guidance in the aerospace, marine and chemical industries, among others. The applications of different grades are clear:

    Light-Duty Scenario

    GR2 Pure Titanium U Profiles

    • High ductility & easy to bend
    • Corrosion-resistant to fresh water, seawater & weak alkalis
    • Highly cost-effective
    Applications
    Marine Aquaculture: U profiles (width 20–40 mm) act as flow guides in cages. Resist seawater rusting for 5 years, 43% lighter than stainless steel, reducing platform load.
    Food Workshops: U profiles (width 15–30 mm) serve as edge protection for equipment to prevent juice corrosion. Easy-to-clean surface meets FDA hygiene standards.
    High Load Choice

    GR5 Titanium Alloy U Profiles

    • Tensile strength of 895 MPa
    • Excellent fatigue resistance
    • High temperature resistance up to 400°C
    • Suitable for high-stress scenarios
    Applications
    Aerospace: U profiles (width 30–50 mm) function as cabin floor support channels. Lightweight design reduces fuel consumption while withstanding flight vibrations.
    Heavy Machinery: U-profile channels (width 25–40 mm) protect hydraulic system oil pipes from impact and oil corrosion. Service life is 3 times longer than steel.
    Corrosive Scenarios

    GR7 Titanium Alloy U Profiles

    • Contains palladium for enhanced resistance
    • Resists organic acids & dilute sulfuric acid
    • Engineered for harsh chemical environments
    Applications
    Chemical Workshops: U profiles (width 20–40 mm) serve as flow guides for discharging dilute acid from reaction kettles, preventing acid leakage and ground damage.

    Customization Service: All U profiles can be customized in terms of channel width (10–60 mm) and wall thickness (1–8 mm). The channel edge can be polished as required for direct assembly, saving 30% of processing time.

    Frequently Asked Questions

    ? What are the primary benefits of using titanium U profiles over traditional steel?

    Titanium U profiles offer significant advantages, including superior corrosion resistance and a lightweight structure (e.g., 43% lighter than stainless steel), which helps solve weight and rust-related issues in demanding environments.

    ? Which titanium grade is best suited for high-stress and load-bearing applications?

    GR5 titanium alloy U profiles are the ideal choice for high-load applications. They feature a high tensile strength of 895 MPa, strong fatigue resistance, and can withstand high temperatures up to 400°C.

    ? Why is GR7 titanium alloy recommended for chemical processing environments?

    GR7 titanium alloy contains palladium, which provides specialized resistance to highly corrosive substances like organic acids and dilute sulfuric acid, making it perfect for chemical workshop flow guides.

    ? Can the dimensions of the titanium U profiles be customized?

    Yes. All U profiles can be customized with channel widths ranging from 10 to 60 mm and wall thicknesses from 1 to 8 mm. Optional edge polishing is also available to save assembly time.

    ? How do GR2 titanium profiles perform in marine aquaculture?

    In marine aquaculture, GR2 U profiles serve as flow guides in cages. They can resist seawater corrosion and remain completely rust-free for up to five years, while significantly reducing the load on aquaculture platforms.