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    Home > Chemicals Industry > Chemical Technology > Issue 15/2016 - High-performance non-magnetic materials improve mechanical stability of aerospace components

    Issue 15/2016 - High-performance non-magnetic materials improve mechanical stability of aerospace components

    • Last Update: 2022-11-13
    • Source: Internet
    • Author: User
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    High-performance non-magnetic materials improve mechanical stability
    of space components NASA's Juno probe carries high-precision measuring instruments
    .
    Among them, the sensor carrier of the magnetometer ("magnetometer holder") is made of SGL Group's optimized SIGRASIC material, which is extremely robust
    .

    The material is non-magnetic and can be used for magnetic field research while meeting the requirements
    for high heat resistance, low density, high hardness, high strength and excellent temperature resistance, radiation resistance and thermal shock resistance in the most demanding applications in aerospace engineering.
    In addition, the material combines low thermal expansion with high thermal conductivity, which is particularly beneficial for the component to maintain a high degree of mechanical stability
    under Jupiter's extreme environmental conditions.

    So far, the material has been used in many other fields, including racing clutch plates with C/SiC, wear-resistant parts such as pump components, bearing components, charging brackets, etc.
    in industrial applications, complex shaped components for ballistic protection (armor), and other industrial applications
    related to friction.

     





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