• Titanium Alloy Plates

    Titanium Alloy Plates

    Since there is no obvious difference between pure titanium plate and titanium alloy plate in terms of outer surface, density and other properties, pure titanium plate and titanium alloy plate can be

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  • ASTM F136 Medical Titanium Alloy Rod

    ASTM F136 Medical Titanium Alloy Rod

    Chemical Requirements. Elemental composition %. Nitrogen, max. 0.05. Carton, max. 0.08. Hydrogen, max. 0.012. Iron, max. 0.25. Oxygen, max. 0.13. Aluminum 5.5-6.50. Vanadium 3.5-4.5

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  • ASTM F67 Medical Titanium Bar

    ASTM F67 Medical Titanium Bar

    Specifications:ASTM B348 / ASME SB348, ASTM F67. Diameter & Length Range:. Dia.: From 3 - 355mm (0.118 - 14 ). Length: From 100 - 6000mm (4 - 237). Shape: Round, Square /flat, Hexagonal, Rectangle.

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  • Grade 7 Titanium Bar

    Grade 7 Titanium Bar

    Due to the high palladium content, Titanium Grade 7 is very resistant to corrosion. Thus, for example, titanium grade 7 is resistant to salt water and is suitable for handling chlorides media. In

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  • Gr23 Ti6al-4v Eli Titanium Bar

    Gr23 Ti6al-4v Eli Titanium Bar

    Due to its unique biocompatibility, 6Al-4v ELI 23 grade titanium is also used in biomedical applications, implants, and similar surgical procedures and situations.

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  • Astm B348 Titanium Bar

    Astm B348 Titanium Bar

    The density of titanium alloys is only 60% of that of steel, which is close to that of ordinary steel. High strength titanium alloys also exceed the strength of many alloy structural steels.

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  • Titanium Hexagon Bar

    Titanium Hexagon Bar

    Titanium Hexagonal Bar is a form of titanium rod. Titanium Hexagonal Bars are available in a wide range of sizes and grades, including Gr1, Gr2, Gr3, Gr4 equivalent to ASTM B348 or JIS Titanium 1, 2,

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  • GR2 Titanium Bar

    GR2 Titanium Bar

    GR2 titanium rod properties include resistance to pitting, corrosion, oxidation, crevice corrosion, and erosion/wear. Additionally, durability, longevity, flexibility, ease of use, and low

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  • Titanium Alloy Rods

    Titanium Alloy Rods

    Alloys are mixtures of metals with other elements, and the precise combination depends on the desired properties. Alloys are usually considered metallic in nature, i.e. they have good thermal and

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  • ASTM F136 Medical Titanium Bar

    ASTM F136 Medical Titanium Bar

    Titanium alloys have improved fracture toughness and ductility and are also suitable for low temperature applications.

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  • Titanium AMS 6242 Rod for Aerospace

    Titanium AMS 6242 Rod for Aerospace

    Strength-to-weight ratios are critical in these markets, and both titanium and aluminum play important roles in the manufacture of high-performance components and structures. COMMERCIAL APPLICATIONS

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  • Medical Titanium Bar

    Medical Titanium Bar

    Advantages of medical titanium:. -Strong. -Light. -Corrosion resistant. -Cost effective. -Non-toxic. -Biocompatible (non-toxic and not rejected by the body). -Long lasting. -Non-ferromagnetic.

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