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  • TM10713 Beta Titanium Alloy Wire TMA Ti-4Al-22V

    • TM10713 Beta Titanium Alloy Wire TMA Ti-4Al-22V

    Catalogue Number TM10713
    Material β Titanium Alloy TMA
    Composition Ti-4Al-22V
    Form Wire

    Beta Titanium Alloy Wire TMA is a beta-phase titanium alloy configured as a wire, engineered for precision applications in non-ferrous metal sectors. Stanford Advanced Materials (SAM) utilises rigorous metallurgical refining and electron microscopy diagnostics to monitor compositional uniformity and microstructural integrity. SAM's controlled processing methods facilitate reproducible results, ensuring that the material's characteristics meet the stringent requirements of engineering research and industrial development.

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    FAQ

    How does the beta-phase microstructure affect the mechanical performance of the wire?

    The beta-phase microstructure improves the alloy’s ductility while maintaining strength, making it suitable for applications requiring precise forming. The controlled grain structure promotes uniform deformation under load and minimises stress concentration. Contact us for further details on performance metrics.

    What quality control measures are implemented during the wire production process?

    The production process includes metallurgical analysis and electron microscopy to evaluate composition accuracy and structural consistency. These measures ensure that each batch meets the predefined technical standards necessary for high-precision engineering applications. Contact us for further information.

    Can the wire dimensions be customised to meet specific industrial requirements?

    Yes, customization of wire diameter and length is available based on technical specifications provided during ordering. This flexibility allows for integration into various industrial systems where precise dimensions are essential for component compatibility. Contact us for customization options.

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