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  • Isar - all-aluminum vehicle

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    Ísar is Iceland’s First Aluminum-Intensive Vehicle

    Jakar ehf, located in Hafnarfjörður, Iceland, introduced Ísar — the country’s first aluminum-intensive vehicle. Mostly comprised of Icelandic-produced aluminum, the vehicle is a super jeep made for rugged terrain. It is 8.2 ft wide and 18.7 ft long and can seat up to 20 people. Weighing in at just under 3 tonnes, the vehicle is lightweight […]

  • Fig 1 Red Mud Pond Stade-NEW

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    ARTICLE: Addressing the Challenge of Bauxite Residue

    By Alton Tabereaux, Contributing Editor. The largest waste by-product generated in the Bayer bauxite refining process is bauxite residue, commonly called red mud. An enormous quantity of caustic red mud is generated worldwide every year, posing a very serious and alarming environmental and safety problem. The storage of red mud is a challenge for alumina […]

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    ARTICLE: Dismantling and Analysis of Vehicles to Develop Optimal Applications

    By Lynn Brown, Contributing Editor. In order for automotive OEMs and Tier suppliers to develop aluminum applications for cars and trucks, they need to understand the capabilities of existing designs, whether sheet, extrusions, or castings, etc. Analyzing the use of aluminum in existing production vehicles to see how they compare is one way for a […]

  • 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 […]

  • Super-strong but lightweight, AA 7075 now could be more widely used in automobiles and other manufacturing thanks to UCLA research

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    Nanotechnology Enables Engineers to Weld 7075 Aluminum Alloy

    Engineers at the UCLA Samueli School of Engineering developed a method for welding AA7075 alloy. Developed in the 1940s for the automotive industry, the alloy that is nearly as strong and one-third its weight, but traditionally has been almost impossible to weld together using the techniques commonly used by auto makers for the assembly of […]

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    Aluminum All Around in Toyota’s 2020 Supra A90 Sportscar

    The 2020 Toyota Supra A90 — the first edition of the sports car in 21 years —will hit the streets in 2019 with a mixed-material body design involving a number of aluminum parts. The A90 is the fifth generation of Supra, and its rear wheel drive design provides a low center of gravity and 50:50 weight […]

  • Matalco Lordstown (Finished Goods Area)

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    Matalco To Construct Greenfield Aluminum Billet Facility in Wisconsin

    Matalco Inc., a member of the Giampaolo Group, plans to construct a new state-of-the-art aluminum billet manufacturing facility located in the Rapids East Commerce Center in the City of Wisconsin Rapids, Wisconsin. The $80 million investment will further strengthen and expand the company’s presence in the North American aluminum market. This is part of a larger investment […]

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    Alba Commissions Potline 6, Becomes Largest Single Site Aluminum Smelter

    Aluminium Bahrain B.S.C. (Alba) officially announced the commissioning of its sixth potline on December 13th. The $3.5 billion Line 6 Expansion Project precedes the gradual ramp-up of 424 pots, which will make the company the largest single-site aluminum smelter in the world upon completion. The commissioning of Line 6 was completed ahead of its first hot metal […]

  • Bentley Continental GT

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    ARTICLE: Hydro Introduces New Alloys for Superplastic Forming of Complex Automotive Components

    The automotive industry relies on the stamping process for rapid production of deep drawn sheet components for its mass-market vehicles. However, as automakers develop increasingly advanced components, aluminum sheet is challenged compared to steel due to its lower formability. The superplastic forming process is a potential solution as it provides the ability to produce deep […]