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GE Aerospace

Titanium alloy

Ti-6Al-4V grade 5
Ti-6Al-4V grade 5 is ideal for application needing a higher strength, lower ductility compared to grade 23 across medial and aerospace industries.

    Particle size distribution

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    0-20 µm

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    15-45 µm

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    45-106µm

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    45-150µm

    Typical values

    PSD
    Size distribution by laser diffraction (ASTM B822)
    Apparent density (ASTM B212)
    Flow rate (ASTM B213)
    Oxygen content
    Application Technology
    D10
    D50
    D90
    0-20 µm
    6 µm
    13 µm
    19 µm
    2.8
    g/cm 3*
    -
    0.19 w%
    MIM
    15-45 µm
    20 µm
    34 µm
    44 µm
    2.49
    g/cm 3
    28 s
    0.16 w%
    L-PBF
    15-53 µm
    22 µm
    39 µm
    54 µm
    2.52
    g/cm 3
    28 s
    0.16 w%
    L-PBF
    20-63 µm
    26 µm
    46 µm
    60 µm
    2.57
    g/cm 3
    28 s
    0.15 w%
    L-PBF
    15-106 µm
    27 µm
    54 µm
    88 µm
    2.61
    g/cm 3
    25 s
    0.13 w%
    L-PBF
    45-106 µm
    52 µm
    71 µm
    102 µm
    2.47
    g/cm 3
    25 s
    0.13 w%
    EB-PBF, L-PBF, DED
    45-150 µm
    54 µm
    86 µm
    142 µm
    2.59
    g/cm 3
    25 s
    0.13 w%
    DED
    *Tap density as per ASTM B527

    Various particle sizes are available upon request

    Ti-6Al-4V grade 5 offers outstanding biocompatibility, making it perfect for medical implants. Its superior corrosion resistance ensures longevity and reliability in demanding environments. This alloy is widely used in the aerospace industry for critical components, in the medical field for durable implants, and in high-performance motorsports for lightweight, robust parts. Its versatile properties make Ti6Al4V Grade 5 a preferred choice across these advanced industries.
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      After atomization, the powder is sieved according to customer specifications.

      Since 2006, experienced users of Additive Manufacturing, MIM, PM-HIP, Binder Jet, and Coating technologies have trusted AP&C’s Ti-6Al-4V powders, which are manufactured using the proprietary APATM Plasma Atomization process. These highly spherical powders contain virtually no entrapped porosities. Additionally, they possess minimal satellite content, resulting in exceptional flowability and packing density.
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      Metallographic images

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      15-45 µm

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      20-63 µm

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      45-106 µm

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      45-150 µm

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      excellence in every particle.

      We’ll get to know your needs and priorities to help determine the design, engineering and powders that can accelerate innovation in your business.
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