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Material：42CrMo4 

Process flow chart：Raw Material incoming inspection →Sawing/Cutting →Pre-forging →Ring Rolling →Heat Treatment → Mechanical properties &Metallographic test →Machining →Ultrasonic Test →Packaging → Delivery

Application：Gearbox for wind turbine

Forging is a critical manufacturing process used to produce high-strength components like forging rings and forging shafts, which are widely applied in heavy machinery and aerospace industries. These parts exhibit superior mechanical properties due to the refined grain structure achieved through forging. Another essential component is the planetary gear, a key element in transmission systems, where durability and precision are vital. Similarly, bearing rings play a crucial role in supporting rotational motion, requiring high wear resistance and dimensional accuracy. Forging ensures these parts meet stringent performance demands, enhancing their load-bearing capacity and longevity. Together, these components highlight the importance of advanced forging techniques in modern engineering and industrial applications. 

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