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Results 601 - 610 of 2257 for Iron alloys
  • Super Alloy Nicrofer 7016 TiNb (UNS N07750)
    Article - 24 Jul 2013
    Nicrofer 7016 TiAl alloy is a precipitation hardenable nickel-chromium-iron alloy that contains aluminum, niobium and titanium and exhibits good corrosion resistance at high and low temperatures.
  • Grade 1 Unalloyed Ti ("Pure") 35A (UNS R50250)
    Article - 5 Jul 2013
    The mechanical properties of commercially pure titanium alloys are influenced the presence of small amounts of oxygen and iron. Grade 1 unalloyed Ti ("Pure") 35A alloy contains the lowest oxygen and...
  • Sandia to Pioneer the Future of Superalloys
    News - 30 Jun 2007
    Sandia National Laboratories is pioneering the future of superalloy materials by advancing the science behind how those superalloys are made. As part of Sandia’s nanoscale research, a group...
  • Using Handheld XRF for FAC Corrosion Prediction in Carbon Steel
    Article - 27 May 2013
    It has been proved that even very small amounts of chromium in carbon steel pipes considerably reduce the rate of flow-accelerated corrosion.
  • The History of Stainless Steel – Celebrating 100 Years
    Article - 17 May 2013
    Unlike iron, which has been in use for over a thousand years, stainless steel is a relative newcomer to the materials science world, having first been produced only 100 years ago.
  • Ferrous Metals Recycling
    Article - 11 Jan 2013
    Ferrous metals are pure iron or an alloy that contains iron. The word ‘ferrous’ was derived from the Latin word ‘ferrum’ meaning iron.
  • Super Alloy Haynes(r) R-41 (UNS N07041)
    Article - 21 Nov 2012
    Super alloys or high performance alloys have good creep and oxidation resistance, and are formed in different shapes.
  • Super Alloy Hastelloy® N (UNS N10003)
    Article - 15 Nov 2012
    Super alloys comprise a number of elements in a variety of combinations to achieve the desired result.
  • Super Alloy Nickelvac 400™ (UNS N04400)
    Article - 16 Nov 2012
    Super alloys have good creep and oxidation resistance. They are also known as high performance alloys, and can be formed in different shapes. They can be strengthened by work hardening, precipitation...
  • Describing Fundamental Properties of Materials
    News - 19 Feb 2007
    Gold is shiny, diamonds are transparent, and iron is magnetic. Why is that? The answer lies with a material's electronic structure, which determines its electrical, optical, and magnetic...

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