Second-Stage Ring Gear: The Robust Core for Torque Multiplication
Our Second Stage
Forged Ring Gear Blank (Rough Machined) are specifically engineered for the intermediate section of transmission systems, capable of withstanding significantly increased torque and stress. As the robust core of the gearbox, this component's durability is paramount. Through optimized material selection and advanced heat treatment processes, we significantly enhance its load-bearing capacity and fatigue resistance.
The optimized heat treatment equips the component with reliable performance potential under continuous variable loading. Its medium-size specifications achieve an ideal balance between inherent strength and spatial efficiency, providing an exceptional substrate for subsequent precision machining.
Manufacturing Process & Quality Control:
1.Incoming Material Inspection
2.Blank Cutting
4.Post- Forging Inspection
6.Heat Treatment Inspection
7.Physical & Chemical Testing
8.Rough Turning
9.Comprehensive Inspection (Ultrasonic Testing, Spectroscopic Analysis, Hardness Testing)
10.Marking, Cleaning & Packaging for Warehousing
Materials: Alloy Steel (e.g. 42CrMo, 42CrMoA)
Applications:
- Wind Turbine Gearboxes: Intermediate speed conversion stage
- Mining Conveyance: Intermediate transmission for large belt conveyor drive systems
- Steel Rolling Equipment: Main drive gear for heavy plate rolling mills
- Cement Industry: Main drive gear for large rotary kilns
- Port Machinery: Drive unit for the slewing mechanism of ship-to-shore cranes
- Marine Cranes: Meets the medium-speed drive stage requirements (e.g., main hoist mechanism) for deck cranes
Discover the precision and reliability of our
Machined Rings to complete your transmission solution. each product undergoes comprehensive inspection, delivering fatigue resistance, and dimensional accuracy, our machined rings provide the balance of strength and efficiency for intermediate drive stages.
Contact us today to explore how our Machined Rings can enhance the performance and durability of your high‑torque applications.
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