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Composite tooth for cutting picks

Diamond-composite teeth exhibit excellent impact resistance, thermal conductivity, and wear resistance. Their tooth geometry has been optimized specifically for the operating conditions of cutting picks, offering advantages over conventional cemented carbide teeth, such as longer service life, higher rock-breaking efficiency, and lower overall operating costs.
  • Commodity name: Composite tooth for cutting picks

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  • Product Description
  •   Diamond-composite teeth are sintered at high temperature and pressure from a cemented carbide matrix and diamond micron powder, combining the impact resistance of cemented carbide with the wear resistance of diamond. Moreover, thanks to diamond’s excellent thermal conductivity and wear resistance, these teeth can significantly reduce thermal fatigue failure during rock-breaking operations. Our company has developed a comprehensive product series of composite teeth for cutting picks, available in a wide variety of specifications and models.

      Diamond-composite teeth exhibit excellent impact resistance, thermal conductivity, and wear resistance. By optimizing the tooth geometry to suit the working conditions of cutting picks, these teeth offer several advantages over conventional cemented carbide teeth, including longer service life, higher rock-breaking efficiency, and lower overall operating costs.

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