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    EXTREME PERFORMANCEMETALS FOR INDUSTRY

    From refractory metals and titanium to nickel alloys and next-generation HEA/RHEA materials for the space industry, energy sector and demanding industrial applications.

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    Our purpose

    The materials and components that make the impossible possible.

    30+
    Years
    99.9%
    Purity
    250+
    Projects
    100+
    Partners

    Trusted By

    ESA
    ArianeGroup
    Fusion for Energy
    IPPT PAN
    NCBJ

    Capabilities

    Advanced materials for extreme environments

    From fusion reactors to deep space, we supply and develop materials that perform where others fail.

    Refractory Metals

    Tungsten, Molybdenum, Tantalum, Niobium, Titanium, Nickel and more

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    Sputtering Targets

    High-purity PVD targets for thin-film deposition

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    High-Entropy Alloys

    Next-generation multi-principal element alloys

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    Custom Components

    Precision-machined to specification

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    ESA FIRST! Award Winner

    SPARK Project

    Winner of ESA's FIRST! Award. Developing Refractory High-Entropy Alloys for next-generation space propulsion systems.

    Read the case study
    Earth from space
    ESAFIRST! Award Winner

    Applications

    Space

    Space

    Propulsion systems, thermal protection, and structural components for satellites and launch vehicles.

    Fusion Energy

    Fusion Energy

    Plasma-facing materials and components for ITER and next-generation fusion reactors.

    Aerospace

    Aerospace

    High-temperature alloys and coatings for turbine engines and hypersonic vehicles.

    Let's build something.

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