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Results 231 - 240 of 442 for Non-ferrous alloys
  • Article - 14 Feb 2002
    Surface treatments are applied to titanium for a variety of reasons such as prevention of galling. Recommendations are also made for acid and brush cleaning of titanium components.
  • Article - 13 Feb 2002
    Titanium components can be fabricated in similar ways to stainless steels and nickel-based alloys. Processes such as cold forming, hot forming, drawing, tube bending and roller expansion are covered...
  • Article - 13 Feb 2002
    The fabrication of titanium product forms into complex shapes is routine for many fabricators. These shops recognized long ago that titanium is not an exotic material requiring elaborate fabrication...
  • Article - 11 Feb 2002
    Titanium is susceptible to corrosion in some environments despite its relative stability. Some of these types include general, galvanic and crevice corrosion, as well as stress corrosion cracking,...
  • Article - 5 Feb 2002
    Titanium is highly resistant to corrosion by water, steam and seawater, except at elevated temperatures. Other corrosion mechanisms such as stress corrosion cracking, corrosion fatigue, biofouling,...
  • Article - 5 Feb 2002
    Chlorine and its compounds have strong oxidizing properties. Therefore, in an aqueous solution, they are not corrosive toward titanium. Titanium is a highly unique metal that can withstand these...
  • Article - 30 Jan 2002
    The wear resistance of titanium alloys is quite poor. It can be enhanced by any number of surface treatments such as enhanced surface films, conversion coatings, electrolytic and electroless plating,...
  • Article - 27 Nov 2001
    Zinc coatings applied by from molten baths, electrochemical means, metallizing and mechanical plating etc onto structural steel can help protect it against corrosion. These methods and the properties...
  • Article - 24 Sep 2001
    By applying heat and air pressure or tool movement, superplastically formed aluminium alloys can be stretched and formed.
  • Article - 13 Sep 2001
    Cobalt-based carbide-hardened alloys consist of approximately 40-70% Co and 20-30% Cr. They have excellent high temperarture creep resistance due to carbide strengthening mechanisms. Chromium provides...

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