• Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
  • Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
Medium and high pressure turbine moving blades
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Medium and high pressure turbine moving blades

Steam Turbine High Pressure / Intermediate Pressure (HP/IP) Rotor Blades are the core components that convert the aerodynamic work of high-temperature, high-pressure steam into mechanical energy for the rotor. They feature typical structures such as Variable Cross-section Twisted Airfoils, Fir-tree roots, and Integral Shrouds.

Product detail

Steam Turbine High Pressure / Intermediate Pressure (HP/IP) Rotor Blades are the core components that convert the aerodynamic work of high-temperature, high-pressure steam into mechanical energy for the rotor. They feature typical structures such as Variable Cross-section Twisted Airfoils, Fir-tree roots, and Integral Shrouds.

This design optimizes aerodynamic efficiency, high-temperature strength, and vibration resistance. In Ultra-Supercritical units, Full 3D Optimization and High-temperature Martensitic Steel / Nickel-based Alloys are commonly adopted.

 

Application

Commonly used in the front and middle stages of the HP cylinder and IP cylinder of steam turbines.

Medium and high pressure turbine moving blades


Steam Turbine High Pressure / Intermediate Pressure (HP/IP) Rotor Blades are the core components that convert the aerodynamic work of high-temperature, high-pressure steam into mechanical energy for the rotor. They feature typical structures such as Variable Cross-section Twisted Airfoils, Fir-tree roots, and Integral Shrouds.
Keyword: Medium and high pressure turbine moving blades
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  • Product detail

    Steam Turbine High Pressure / Intermediate Pressure (HP/IP) Rotor Blades are the core components that convert the aerodynamic work of high-temperature, high-pressure steam into mechanical energy for the rotor. They feature typical structures such as Variable Cross-section Twisted Airfoils, Fir-tree roots, and Integral Shrouds.

    This design optimizes aerodynamic efficiency, high-temperature strength, and vibration resistance. In Ultra-Supercritical units, Full 3D Optimization and High-temperature Martensitic Steel / Nickel-based Alloys are commonly adopted.

     

    Application

    Commonly used in the front and middle stages of the HP cylinder and IP cylinder of steam turbines.

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