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Results 71 - 80 of 508 for Aluminium Oxide
  • Article - 25 Nov 2002
    The copper-plated ceramic circuit technology is explained and compared to other existing technologies. Advantages, materials, system design and performance are all covered.
  • Article - 20 Nov 2002
    What is the erosion behaviour of three advanced ceramics? This was evaluated using silicon carbide and garnet as erodents.
  • Article - 7 Nov 2002
    Single crystal sapphire (alumina 99.9%) is a hard, refractory material suitable for use at high temperatures and pressures. It has excellent transparency and superior properties to glass. Other...
  • Article - 7 Nov 2002
    Saffil is a high alumina (96%) ceramic fibre. It has excellent high temperature properties and good chemical resistance to most environments. Furnace linings/insulation is the most common application...
  • Article - 13 Sep 2002
    Besides cost and quality, time to market has become an increasingly significant factor in the success of a product. An important contributor to product development cycles is the time required to make...
  • Article - 13 Sep 2002
    Apart from cost and quality, time to market has also become an increasingly crucial factor for the success of a product. A significant contributor to product development cycles is the time required to...
  • Article - 29 Nov 2001
    Ceramic brazing techniques are used to join ceramics to other materials. Sometimes the use of intermediate layers are required to increase wetting of the materials to enable creation of a suitable...
  • Article - 29 Nov 2001
    Although ceramics have many beneficial properties, all-ceramic machines are rare, hence, the joining of ceramics to other materials is a vital technology. Methods vary from simple to mechanical means...
  • Article - 31 Jul 2001
    Bicomponent extrusion is a novel process for producing ceramic fibres with distinct core and sheath phases. These materials have potential use in metal and ceramic matrix composites and have the...
  • Article - 2 Jun 2022
    Characterizing the particle size of ceramic powders is critical to optimal ceramics production. It is also important to monitor agglomeration. In this article, Bettersize demonstrates how to do both.

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