Material:C60/42CrMo4/18CrNiMo7-6
Process flow chart:Raw Material incoming inspection →Sawing/Cutting →Pre-forging →Ring Rolling →Heat Treatment → Mechanical properties &Metallographic test →Rough Machining →Ultrasonic Test →Finish machining →CMM Test → Packaging → Delivery
Application:Gearbox for wind turbine
Forging rings and forging shafts are critical components in heavy machinery, offering superior strength and durability due to their grain-flow alignment during the forging process. Forged rings are widely used in gears, flanges, and aerospace applications, while forged shafts are essential in turbines, engines, and power transmission systems.
Machined Components play a critical role in high-performance
planetary gear systems, ensuring smooth power transmission and durability. Planetary gears, known for their compact design and high torque capacity, rely on precisely engineered parts such as bearing rings and shrink discs for optimal functionality. Bearing rings provide stable support, reducing friction and wear in rotating assemblies, while shrink discs enable secure shaft-hub connections without backlash. The combination of these machined components enhances efficiency, load distribution, and longevity in demanding industrial applications. Advanced manufacturing techniques ensure tight tolerances and superior surface finishes, making these parts essential for automotive, aerospace, and heavy machinery systems where reliability and precision are paramount.
Together, these components play vital roles in industrial machinery, ensuring reliability, efficiency, and performance in demanding environments.
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