The advantages of the high-chrome dividing cone structure design of the vertical shaft impact crusher in material distribution are mainly reflected in its streamlined design and optimized material guiding function. The upper part of the dividing cone is designed to be wide and gradually narrows downward to form a progressive material guiding channel. This design allows the material entering the crusher to be evenly distributed to various areas of the crushing chamber, avoiding the accumulation phenomenon that may occur in traditional designs due to uneven material entering the crushing area. Through this design, the material can be efficiently guided to the hammer or impact plate on the rotor to ensure that the material is fully in contact with the crushing components, thereby improving the crushing efficiency.In addition, the optimized dividing cone can effectively reduce the unevenness of the material flow process, avoid local overload caused by excessive material in some areas, reduce local wear of the equipment, and extend the service life. Supported by high-chrome materials, the dividing cone not only has good wear resistance but also maintains stability under high-intensity and high-impact working conditions. This uniform distribution and guiding design enables the crusher to achieve a higher processing capacity and a more uniform crushing effect, reduce energy waste, and improve the economic benefits of the production line. Especially in the mining, metallurgy, cement, and other industries, the vertical shaft impact crusher equipped with an optimized high chromium dividing cone can significantly improve the crushing efficiency and working stability of the equipment.