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  • Grade 18 Ti 3Al 2.5V 0.05Pd Alloy (UNS R56322)
    Article - 8 Jul 2013
    Titanium alloys have excellent corrosion resistance and very high tensile strength and toughness. These are also light weight and their properties are not affected to a large extent even at elevated...
  • Latest Development in Renewable Thermoplastic
    Article - 24 Jun 2013
    ENSO Plastics, a global leader of environmental plastics solutions, has introduced new biodegradable technologies. This article highlights how this technology works and the challenges ahead to reduce...
  • Grade 14 Ti 0.5 Ni 0.05 Ru (UNS R53414)
    Article - 8 Jul 2013
    Titanium alloys are formed by combining titanium with other metals such as nickel, ruthenium, vanadium, and aluminum to enhance the properties of the alloys. These alloys are known to be light weight,...
  • Grade 13 Ti 0.5 Ni 0.05 Ru (UNS R53413)
    Article - 8 Jul 2013
    Titanium alloys are light weight, and have excellent corrosion resistance and very high tensile strength and toughness. There are several types of titanium alloys developed to suit specific...
  • NILO 42 Alloys
    Article - 7 Aug 2013
    NILO is a binary alloy of nickel-iron, containing varying amounts of nickel. NILO is known as a controlled-expansion alloy. Controlled expansion alloys are characterized by low expansion coefficient...
  • Zinc-Aluminum Alloys – ZA27
    Article - 8 Jul 2013
    Zinc aluminum (ZA) alloys are alloys with zinc as the base metal with higher concentrations of aluminum when compared to traditional zinc alloys. Other metals that are present on these alloys are...
  • Magnesium Elektron 21 Alloy (UNS M12310)
    Article - 18 Jun 2013
    Magnesium alloys possess high strength, and are light weight. They have excellent vibration damping characteristics.
  • Lightweight, Low Carbon Footprint Vehicles – FutureSteelVehicle Project
    Article - 17 Jun 2013
    This article discusses the results of FutureSteelVehicle (FSV), a three-year program of WorldAutoSteel to create fully engineered, steel-intensive designs for electric vehicles which have reduced...
  • Automotive Fuel Economy and Mass Reduction
    Article - 17 Jun 2013
    For generations, steel has been used in automotive applications because of its flexibility which allows it meet the ever-changing vehicle design requirements.
  • Comparing Lightweight Automotive Materials for a Car Body Panels – Life Cycle Assessment
    Article - 17 Jun 2013
    At the Great Designs in Steel Conference (GDIS) in 2009, General Motors and the Massachusetts Institute of Technology (MIT) presented research that compared lightweight materials for a lift gate...

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