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  • Sintered alpha Silicon Carbide Some Aspects of the Microstructure - Strength Relationship (.pdf)
    Alpha silicon carbide billets, 98% of theoretical density, were formed by cold pressing and sintering. One half of this fine grain sintered material was further heat treated to induce exaggerated grain growth thus producing a coarse grain micro-structure.
  • Microstructural Effects on the Mechanical Properties of Hexoloy SA Silicon Carbide (.pdf)
    The flexural strength, fracture toughness and sonic Young's modulus were determined for sintered alpha silicon carbide consisting of various amounts of background porosity and different grain sizes. For the developmental material with average flexural strengths of 380MPa, the flexural strength
  • Application of WG-300
    with extremely strong, stiff, silicon-carbide crystals, commonly called whiskers. These whiskers are grown under carefully controlled conditions and, due to their high purity and lack of grain boundaries, approach the theoretical maximum strength obtainable. This strength is calculated to be in the order of 1
  • Bonded Abrasives Basics
    The abrasive materials, ceramic alumina, zirconia alumina, aluminum oxide and silicon carbide, perform the cutting action. An ideal grinding abrasive has the ability to fracture before serious dulling occurs and offers maximum resistance to point wear. Each abrasive has special crystal structure

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