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Turbomachinery

The reasons

  • less vibrations
  • near-final shape production (injection moulding, pressing)
  • extreme surface hardness
  • lower moment of inertia and therefore shorter response times
  • Lightweight profile / low component weight, as little as 2.5 times lighter compared to steel
  • higher operating temperatures may reach up to max. 1350°C, thus allowing for higher efficiency

Applications

  • Hot gas parts - turbocharger
  • Waste heat recovery
  • Turbine for range extender
  • Miniature turbines for fuel cells
  • Miniature turbines for heating technology
  • Heat recovery, waste incineration or pyrolysis
  • Turbine for decentralized energy supply
  • Turbine for power generation in LGVs
  • Turbine for power generation in locomotives
  • APU turbine in aircraft for the generation of electricity while on the ground
  • ceramic heaters

Application examples

  • Turbines

  • Turbines

  • Turbines

  • Turbines

  • Turbines

  • Rotors

    for exhaust gas turbochargers