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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

Precision Forged Components for Industrial Applications 

Forging is a critical manufacturing process used to produce high-strength components like forging rings, forging shafts, and forging discs, which are essential in heavy machinery, aerospace, and energy sectors. These forged parts offer superior durability and fatigue resistance compared to cast or machined alternatives.  

Planetary gears, often used in transmissions and gearboxes, require high precision and strength, making forged versions ideal for demanding applications. Similarly, bearing rings must withstand heavy loads and rotational stresses, benefiting from forged steel's enhanced structural integrity.  

Another key component is the shrink disc, a type of coupling device used for torque transmission in rotating machinery. Forged shrink discs ensure reliable performance under high stress. By utilizing advanced forging techniques, manufacturers can deliver robust, long-lasting components for industrial use.

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