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Engine balance shaft and its forging method: The present invention provides an engine balance shaft and its forging method that can improve the mechanical properties of the balance shaft forging. Balance shaft forgings are manufactured through specific chemical composition design and forging processes, including cutting, heating, blanking, forming, trimming, correction, heat treatment and surface treatment, thereby improving their service life and durability.
Processing method of automobile balance shaft: The present invention relates to a processing method of automobile balance shaft, which includes the steps of pouring steel ingot, forging, heat treatment, shot blasting and packaging. This processing method is conducive to large-scale industrial production, reduces problems during the forging process, improves the mechanical properties of the product, and increases the life of the mold.
Through these forging methods, it is possible to ensure that the automobile balance shaft has the required mechanical properties and durability to meet the performance requirements of the automobile under various working conditions.
Engine balance shaft and its forging method: The present invention provides an engine balance shaft and its forging method that can improve the mechanical properties of the balance shaft forging. Balance shaft forgings are manufactured through specific chemical composition design and forging processes, including cutting, heating, blanking, forming, trimming, correction, heat treatment and surface treatment, thereby improving their service life and durability.
Processing method of automobile balance shaft: The present invention relates to a processing method of automobile balance shaft, which includes the steps of pouring steel ingot, forging, heat treatment, shot blasting and packaging. This processing method is conducive to large-scale industrial production, reduces problems during the forging process, improves the mechanical properties of the product, and increases the life of the mold.
Through these forging methods, it is possible to ensure that the automobile balance shaft has the required mechanical properties and durability to meet the performance requirements of the automobile under various working conditions.
