Brief: Discover how our forged crane wheels are engineered for demanding overhead crane trolley systems. This video provides an in-depth look at the manufacturing process, from precision open-die forging to controlled heat treatment, showcasing how these components deliver exceptional wear resistance, impact toughness, and stable operation under high loads.
Related Product Features:
High-strength forged structure with refined grain flow for excellent load-bearing and fatigue resistance.
Exceptional wear resistance from special alloy steel and controlled quenching and tempering.
Precision machining to tight tolerances ensures smooth trolley operation and minimal track wear.
Custom groove shapes, hardness zones, or surface treatments available for specific crane designs.
Enhanced impact toughness from optimized heat treatment for stable performance under sudden loads.
Manufactured from premium alloy steels like 42CrMo4 and 60Si2Mn for high wear resistance and toughness.
Produced with a forging ratio ≥3.0 to enhance fiber orientation and increase fatigue resistance.
Delivered in quenched and tempered condition, available as near-finished or fully machined wheels.
Faqs:
What materials are used for these forged crane wheels?
The forged crane wheels are manufactured from premium alloy steels such as 42CrMo4 and 60Si2Mn, which are formulated to deliver high wear resistance, stable hardness distribution, and strong impact toughness required for overhead crane trolley travel systems.
What are the main applications of these forged crane wheels?
These wheels are specifically designed for overhead crane trolley running mechanisms, including workshop overhead cranes, steel mill cranes, gantry-type overhead cranes, and material-handling bridge cranes where smooth running accuracy and load stability are essential.
How does the forging process enhance the performance of the crane wheels?
The wheels are produced through precision open-die forging with a forging ratio ≥3.0, which enhances fiber orientation, strengthens the wheel tread and hub area, and increases fatigue resistance under repeated rolling and start/stop cycles, ensuring long service life and reliable operation.