What are the benefits of optimizing the crushing cavity of a cone crusher?
According to the stress of the ore during the operation of the cone crusher, it can be found that appropriately reducing the mesh angle of the cone crusher can effectively restrain the splash of the ore during the crushing process, which is beneficial to improving the production capacity of the crusher and reducing power consumption. . However, when the gear angle is small, the ore discharge aperture needs to be increased while maintaining the original structure of the crusher, which has an adverse impact on the crusher; at a certain crushing rate, as the gear meshing angle decreases, the crushing The structural size of the device also increases.Under the condition that the structural size and crushing rate of the cone crusher remain unchanged, the crushing cavity of the cone crusher is optimized according to the main characteristics of the minerals to be processed, and adopts a stepped structure crushing cavity, extended parallel belts, and lowered gears. The crushing chamber type of the cone crusher has been optimized and improved through measures such as the meshing angle.
Crushing chamber optimization and transformation plan In the crushing optimization and transformation of the cone crusher, the guiding principles of the design plan are: simplicity and practicality, keeping the installation dimensions of the main parts unchanged, easy installation and maintenance, saving investment, and achieving better crushing effects. . The energy saving and consumption reduction test results show that through the optimization of the crusher cavity shape, the energy saving and consumption reduction effect is significant.The cavity type of the cone crusher was optimized and modified. Without changing the structural size and installation form of the crusher, the geometry of the crushing wall and the mortar wall was modified, thereby improving the crushing effect. At the same time, it also has the advantages of low investment and installation. The structure of the crushing chamber of the old-fashioned cone crusher has been improved due to its ease of use, which has achieved remarkable results by reducing the number of starting crushing tables, reducing the amount of abrasive particles entering, and increasing the processing capacity of abrasive. After trials by users, good economic benefits have been achieved.
