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Results 701 - 710 of 1866 for Mechanical components
  • Article - 27 Mar 2002
    The need and logistics for recycling of plastics is looked at. Cost, complexity, suitability, uses for recycled materials, collection, contaminants and their effects are all covered.
  • 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 - 30 Nov 2001
    Micro-impact testing is a repetitive technique for evaluating coating adhesion, toughness and resistance to erosive wear. It is able to simulate actual wear conditions more closely than other...
  • Article - 27 Sep 2024
    Glass is a versatile material with a variety of types, including soda-lime, borosilicate, and bioactive glass. It is produced through methods like the float glass process and blowing. Innovations such...
  • Article - 26 Oct 2001
    Titanium is becoming a more widely use engineering material for reasons such as corrosion resistance, strength and low maintenance. However, to get the best performance out of it, it must be utilised...
  • Article - 5 Sep 2001
    Better flammability characteristics, superior tensile strength, flexural strength and notched izod impact strength, excellent creep resistance, slightly improved heat distortion temperature and good...
  • Article - 30 Aug 2001
    Contains a general overview of the polymer Acetal Polyoxymethylene including relative advantages, disadvantages and applications, together with a table of typical properties.
  • Article - 29 Aug 2001
    Improved tensile and flexural properties caompared to unmodified amorphous (transparent) Polyamide.
  • Article - 20 Jun 2001
    A new iron-based alloy (W77T6) has been developed for valve seat inserts. It evolved as an economical alternative to cobalt-based alloys which gained favour when new fuels were introduced that burned...
  • Article - 20 Jun 2001
    The automotive applications of titanium and its alloys follow logically from high strength, low density and, low modulus, and they have excellent resistance to corrosion and oxidation.

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