Steam Turbine Blade

Steam Turbine Blade

Product Details:

  • Product Type Steam Turbine Blade
  • Material Alloy Steel
  • Height 160 mm
  • Output Voltage 440 V
  • Rated Power 23 MW
  • Control System Digital Governor
  • Max. Power 30 MW
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Steam Turbine Blade Product Specifications

  • Steam Turbine Blade
  • 85%
  • 440 V
  • Digital Governor
  • 30 MW
  • 160 mm
  • Customized as per design
  • 50 Hz
  • 23 MW
  • 440 V
  • Alloy Steel
  • Metallic Silver
  • 5 kg (per blade)
  • Excellent
  • Precision CNC Machined
  • Power Generation
  • Air & Steam Cooled
  • High
  • Fir Tree
  • Up to 550°C
  • Anti-corrosive Coating
  • Aerofoil
  • ISO 9001:2015

Product Description

Owing to vast industrial experience in the industry, we are offering a unique assortment of Steam Turbine Blade. It ensures smooth operations and is delivered in varied technical grades. In addition to this, provided blade is availed in standard sizes and grades. Steam Turbine Blade is responsible for extracting energy from the high temperature. It is used to generate electricity. It is utilized at higher temperatures. It is turned into kinetic energy in the rotating turbine's blades.

 

 



Exceptional Turbine Efficiency

Achieve up to 85% efficiency with these highly engineered steam turbine blades. Their optimized aerofoil profile and advanced air and steam cooling methods ensure maximum energy conversion and minimal performance loss over extended operational periods. This translates to significant cost savings and reliable power output in demanding industrial environments.


Superior Material and Durability

Crafted from premium alloy steel, our blades offer remarkable fatigue and corrosion resistance. The precision CNC machining and anti-corrosive coating further enhance longevity, delivering consistent performance at temperatures up to 550C. These features make them ideal for power generation projects requiring durability and low maintenance.

FAQ's of Steam Turbine Blade:


Q: How are these steam turbine blades manufactured to ensure precision and durability?

A: The blades are produced using advanced precision CNC machining techniques, which allow for intricate fir tree root profiles and consistent aerodynamic shapes. This process ensures each blade meets strict dimensional tolerances and delivers long-term mechanical reliability.

Q: What is the benefit of the fir tree root blade design?

A: The fir tree root configuration offers superior attachment strength and stability when mounted on the turbine disc. It effectively handles high mechanical stress and thermal expansion, minimizing risk of failure during high-load, high-temperature operations.

Q: When should I consider using steam turbine blades with aerofoil profiles in my project?

A: Aerofoil profile blades are preferred in power generation applications where optimal airflow, high efficiency, and improved energy conversion are critical. Use these blades when targeting high-performance, low-loss turbine operation in demanding environments.

Q: Where can these steam turbine blades be installed?

A: These blades are suited for installation in power generation plants across India and internationally. They can be integrated within turbines designed for utility-scale energy production, industrial facilities, and customized projects requiring blades of specific sizes.

Q: What corrosion prevention measures are featured on these blades?

A: A specialized anti-corrosive coating is applied to each blade's surface during manufacture. This layer protects against harsh environments, steam, and moisture, ensuring excellent long-term corrosion resistance.

Q: How does the cooling method enhance blade performance?

A: Combining air and steam cooling methods, the blades efficiently dissipate operational heat. This hybrid cooling approach safeguards against thermal deformation, extends blade life, and ensures reliable operation even under maximum rated power of 23 MW.

Q: What is the process for customizing blade size as per design needs?

A: Blade size customization is achieved by adapting the precise CNC machining process to client specifications. Our engineering team collaborates with clients to define geometry, height, and aerodynamic features, ensuring compatibility and optimal performance.

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