steam turbine segment Việt Nam

Key features and functions: 

Energy conversion:

The blades in the turbine arc section convert the kinetic energy of the fluid intomechanical energy through interaction with the fluid. When the fluid passes through the turbine arc,the pressure on the blades and the dynamic pressure cause the turbine to rotate, thereby driving theconnected equipment or generator. 

Fluid control: 

The blades in the turbine arc are designed to specific shapes and angles to control theflow direction and speed of the fluid. By adjusting the angle of the blades, the performance of the turbinecan be optimized and the energy conversion efficiency improved. 

Working environment: 

The turbine arc section usually operates in a working environment of hightemperature, high pressure and high speed, so it needs to be made of high temperature resistant materialssuch as high temperature alloys. These materials have good thermal resistance and mechanical strength,allowing them to maintain stable performance under extreme conditions. 

Structural design: 

The structural design of the turbine arc section needs to consider factors such as fluiddynamics, material mechanics, and thermodynamics. Blade shape, size and layout have a significantimpact on turbine performance and require precise design and optimization.

Cooling system: 

Since the turbine arc section is susceptible to thermal stress in high-temperature working environments, a cooling system is usually required to control the temperature and extend the service life of the components. These cooling systems can be internal channels or the injection of external coolingmedia to effectively reduce the operating temperature of the blades.

product

material 

    Inconel material     Hastelloy material     Stellite material     Titanium material     Nimonic Alloy material