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  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt
  • Bearing tempering furnace mesh belt

Bearing tempering furnace mesh belt

The bearing tempering furnace mesh belt utilizes carefully selected heat-resistant steel grades to ensure stable microstructure and mechanical properties in high-temperature cycling environments. Bearings require high temperature stability and uniform heating during tempering; therefore, the mesh belt must possess reliable oxidation resistance and good corrosion resistance to prevent structural degradation or strength reduction after prolonged operation. The selected stainless steel material maintains good deformation resistance under continuous heat loads, ensuring the safety of the mesh belt within the high-temperature furnace.The main structure of the mesh belt typically employs a herringbone weave. This structure has strict dimensional requirements for pitch, twist rate, and overall thickness, resulting in a tighter weave and more uniform stress distribution, which helps improve the stability of the mesh belt when carrying bearing-type workpieces. The tight weave also reduces localized wear and extends the service life of the mesh belt in high-temperature and frictional environments. For edge treatment, depending on the different bearing loading methods, welded edges, folded edges, or baffles can be used to enhance lateral support and reduce material shifting during transport. For some furnace types that need to run in guide rails, a herringbone braided chain edge structure can also be configured to allow the mesh belt to maintain smoother trajectory control in the furnace channel.
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