The Shanxi Jianing Forging Forging Train Wheel, Mine Overhead Wheel, and Heavy-Duty Overhead Wheel Forging Project features mature forging technology for high-strength wheels, excellent load-bearing performance, and suitable for heavy-duty conditions in rail transit and mines.
A metallurgical transport vehicle parts factory in Hechi, Guangxi, focuses on providing key components for transport vehicles for the metallurgical industry. During the procurement of wheel forgings, the factory has long faced issues such as unstable supplier product quality and long delivery cycles, affecting the assembly progress of the entire vehicle and end-user performance. Our company (Jianing Forging), leveraging its deep expertise in this field, has custom-developed wheel forgings tailored to the factory's working conditions.
Metallurgical transport vehicles operate in harsh environments, frequently subjected to heavy loads, high temperatures, and dusty environments, which place high demands on the overall performance of wheel forgings. Products provided by the customer's original suppliers often lack sufficient wear resistance and fatigue strength, leading to early wheel failure and high maintenance costs. At the same time, due to the lack of professional forging process optimization, product dimensional consistency is poor, and issues such as uneven wear and abnormal noises occur after assembly, affecting vehicle operational stability.
To address these pain points, Jianing Forging offers solutions from three dimensions: material selection, forging process, and heat treatment control. Using high-purity alloy steel as the base material, the grains are refined through multi-directional die forging technology, improving material density and impact toughness. The heat treatment stage introduces a relatively precise temperature control process, ensuring uniform hardness distribution and a good balance between the surface wear-resistant layer and core toughness. The final delivered wheel forgings have been tested by customers and have achieved a service life about 30% longer than the original supplier's products, with dimensional tolerances controlled within ±0.5mm, effectively reducing the assembly defect rate. At the same time, production cycles have been optimized, reducing the standard delivery cycle to 15 working days to meet customers' on-demand supply requirements.
