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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
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, aerospace, and automotive industries. Forging rings, created through ring rolling, offer superior structural integrity for gears, bearings, and flanges. Similarly, forging shafts provide exceptional fatigue resistance and durability for engines and transmissions.
Precision-forged bearing rings ensure smooth rotation and load distribution in bearings, enhancing performance and longevity. Another key application is the Shrink Disc, a high-torque coupling device used in power transmission systems. By utilizing forged components, shrink discs achieve reliable clamping force and misalignment tolerance. Overall, forging technology delivers robust, high-performance parts for demanding industrial applications.
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