Compact Secondary Planetary Gear Unit

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

High-quality forged components, such as forging shafts and forging discs, are essential for heavy-duty machinery, offering superior strength and durability. Forging shafts provide excellent torsional resistance, making them ideal for high-load applications, while forging discs ensure balanced performance in rotating equipment.  

Critical power transmission systems rely on precision planetary gears, known for their compact design and high torque capacity. Additionally, bearing rings play a vital role in reducing friction and supporting radial loads in rotating assemblies. For secure shaft-hub connections, shrink discs deliver high torque transmission without keyways, ensuring easy installation and maintenance. 

A Forging ring is a circular metal component produced through forging, offering high strength and durability for applications like gears and flanges. A Forging shaft is a robust rotating part, forged to withstand heavy loads in machinery and automotive systems. A Bearing ring is a critical part of rolling bearings, providing smooth rotation and load support, often made from hardened steel. A Shrink Disc is a high-precision coupling device used to connect shafts and hubs through interference fit, ensuring secure torque transmission without keys or splines. These components are essential in heavy industries, ensuring reliability, efficiency, and longevity in mechanical systems. Each plays a vital role in power transmission, motion control, and structural integrity. 

These components are widely used in industries like automotive, aerospace, and energy, where reliability and performance are paramount. Advanced forging and machining techniques ensure optimal quality and longevity. 

Product Display Diagram：