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  • OSIRIS-REx Launch

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    ARTICLE: The Evolution of Constellium Al-Li Alloys for Space Launch and Crew Module Applications

    By Michael Niedzinski, Constellium. During the past 60 years the National Aeronautics and Space Administration (NASA) charted the western world’s course for the exploration of outer space. NASA managed and funded programs such as Gemini, Apollo, Skylab, and the International Space Station, which is supported by Space Shuttle missions and more recently by the Space […]

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    Constellium Supplies Aluminum for BMW X4 and X5

    On February 5th, Constellium announced that it is supplying BMW with aluminum structural components for the new X model sports activity vehicles, X4 and X5.  The aluminum parts will be supplied from Constellium’s White, Georgia plant, which opened in 2017 to serve automakers in the Southeast U.S. Constellium has been a partner of BMW Group […]

  • Constellium-UACJ coil

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    Constellium to Acquire Full Stake in Auto Body Sheet JV in Bowling Green

    Constellium N.V. entered into a binding purchase agreement with UACJ Corporation and its U.S. subsidiary, Tri-Arrows Aluminum Holding Inc., to acquire Tri-Arrows’ 49% stake in Constellium-UACJ ABS, LLC in Bowling Green, Kentucky, for $100 million plus the assumption of 49% of approximately $80 million of third party debt at Constellium-UACJ. “This investment will give Constellium […]

  • announcements

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    U.S. Industry Representatives Discuss the Effects of Section 232 Tariffs and USMCA

    During a Capitol Hill Briefing in Washington D.C. on November 27th, representatives from the Aluminum Association, manufacturers, farmers, and end customers addressed the the U.S. International Trade Commission on how the Section 232 tariffs on aluminum and steel have impacted the U.S. industry and urging the commission to eliminate or provide exemptions for these tariffs through the U.S.-Mexico-Canada […]

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    New Gordon Murray Aluminum and Composite Auto Body Design Cuts Weight

    Gordon Murray Design has unveiled the iStream Superlight® automotive body-in-white (BIW) structure, which combines a high-strength aluminum frame with advanced carbon fibre composite panels. The design aims to bring Formula One-derived construction and technologies to mainstream car production. The lightweight structure delivers up to 50% weight reduction compared with a standard stamped-metal body and offers greater safety, […]

  • Figure 4. Extruded battery enclosure design in the skateboard style for the Audi e-tron.

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    ARTICLE: Electric Vehicles Spike Demand for High Strength Aluminum Extrusions

    By Geoff Scamans, Innoval Technology and Brunel University. The majority of the U.K.’s greenhouse gas emissions now come from transport, a sector whose emissions rose by 2% according to the recently released 2016 figures from the U.K. Department for Business, Energy and Industrial Strategy (BEIS). Transport accounts for 26% of the U.K.’s greenhouse gas emissions, […]

  • Brunel University - BCAST - AMPC

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    Brunel Launches Advanced Metal Processing Centre for Automotive Aluminum Research

    Brunel University London opened its Advanced Metal Processing Centre (AMPC) at the Brunel Center for Advanced Solidification Technology (BCAST), which will enable R&D activity to enable innovations, such as lightweight car parts, to make the leap from the lab to full-scale industrial trials. This is the second phase of BCAST’s scale-up facility, following the launch […]

  • Mercedes-AMG CLS

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    Constellium Supplies Aluminum Auto Body Sheet for New Mercedes-Benz CLS

    Constellium N.V. announced that it will be the primary supplier of aluminum auto body sheet for the new Mercedes-Benz CLS model, which entered the market in March 2018. The body shell of the CLS is designed to provide reduced weight and excellent rigidity along with good noise and vibration comfort and a high level of […]

  • Stelia aerospace 3d printed fuselage panel

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    STELIA Aerospace Introduces Demonstrator for 3D-Printed Aluminum Fuselage Panels

    STELIA Aerospace, in partnership with Constellium, Ecole Centrale de Nantes, and CT Ingénierie, introduced a demonstrator for metallic self-reinforced fuselage panels, with stiffeners directly manufactured on the surface, through additive manufacturing. In the long term, this new technology could eliminate the current added stiffeners, which are attached to the fuselage panels with fixing screws and […]