水力タービン発電所

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May 20, 2025
Category Connection: フランシス水車ランナ
中国からの高品質の水力タービン発電機
https://www.hydrotu.com/china-what_is_the_production_progress_of_the_stainless_steel_francis_turbine_runner-51076282.html 生産の進展について
ハンジョウ・ハイドロートゥ・エンジニアリング株式会社 中国産
我々は提供することができます:
ペルトン水力タービン: https://www.hydrotu.com/supplier-pelton_hydro_turbine-11592.html
カプラン水力タービン: https://www.hydrotu.com/supplier-kaplan_hydro_turbine-11593.html
フランシス・ヒドロタービン: https://www.hydrotu.com/supplier-francis_hydro_turbine-11594.html
当社の公式サイトへようこそ: https://www.hydrotu.com
Brief: Discover the detailed production progress of the Stainless Steel Francis Turbine Runner, a key component in hydroelectric power generation. Learn about the advanced manufacturing techniques, materials, and quality control processes that ensure high performance and durability.
Related Product Features:
  • The Francis turbine runner is made from high-quality stainless steel 0Cr13Ni4Mo, ensuring durability and resistance to wear.
  • Blades are produced using either casting or forged steel plate methods, followed by CNC machining for precision.
  • Special tooling is used for rotor blade assembly, welding, and flaw detection to meet stringent quality standards.
  • The runner undergoes tempering at 650°C~750°C for 8 hours to enhance strength and durability.
  • Advanced CNC machining and mirror polishing ensure the runner blade profile is accurate and smooth.
  • Non-destructive testing methods like ultrasonic, magnetic powder, or coloring are used to detect any flaws.
  • Static balance testing is performed to ensure the runner operates smoothly and efficiently.
  • The entire manufacturing process adheres to national and international standards for quality and performance.
FAQ:
  • What materials are used in the Francis turbine runner?
    The upper crown and lower ring are made of ZG0Cr13Ni4Mo, while the blades are made of hot rolled anti-wear stainless steel plate 0Cr13Ni5Mo.
  • What are the key steps in the manufacturing process of the Francis turbine runner?
    The process includes material cutting, heating, pressure molding, CNC machining, mirror polishing, assembly, welding, flaw detection, tempering, and static balance testing.
  • How is the quality of the Francis turbine runner ensured?
    Quality is ensured through non-destructive testing methods, adherence to national standards, and rigorous processes like tempering and static balance testing.