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Results 1111 - 1120 of 1581 for High strength components
  • Article - 29 May 2001
    Joining of MMCs is not always as easy as using technologies applicable to matrix material. This is the case for reinforced aluminium. Fusion welding, tungsten inert gas welding, solid state welding...
  • Article - 28 May 2001
    Molybdenum disilicide (MoSi2), a refractory metal silicide, is mainly used as a heating element and has been recognized as a potential structural ceramic
  • Article - 23 May 2001
    Using a hot compaction process, polymeric fibres can be partially melted together. Through control of the molecular structure the mechanical properties compared to the bulk material are improved....
  • Article - 11 May 2001
    Good low temperature impact resistance. Excellent chemical resistance. Relative advantages, disadvantages and applications are listed together with a table of typical properties for this...
  • Article - 9 May 2001
    Very high impact strength compared to other ETFE, has the ability to be cross-linked via irradiation. Relative advantages, disadvantages and applications are listed together with a table of typical...
  • Article - 7 May 2001
    Melt processable with good high frequency electrical characteristics. Relative advantages, disadvantages and appliances are listed together with a table of typical properties.
  • Article - 5 May 2001
    The excellent mechanical properties of a homopolymer with improved weather ability and longer lifetime for external components. Advantages, disadvantages and applications are listed together with a...
  • Article - 5 May 2001
    Thermoplastic. Excellent rigidity, impact toughness, abrasion resistance, creep resistance and solvent resistance. Advantages, disadvantages and applications are listed together with a table of...
  • Article - 5 May 2001
    Superior UV resistance compared with unmodified grades, where titanium dioxide is used for non-black UV resistant mouldings. Advantages, disadvantages and applications are listed together with a table...
  • Article - 4 May 2001
    The 1937 discovery of the intense grain refining effect of zirconium was a major step forward in the development of magnesium alloys.

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