1. The cavity shape of the cone crusher is the working space formed by the crushing wall (moving cone) and the mortar wall (fixed cone) [2]. The quality of the cavity design has a significant impact on the economic and technical indicators of the crusher (productivity, energy consumption, particle size and shape of the crushed product, wear of the crushing wall and mortar wall, etc.). In this regard, the unique design makes the final product more uniform, in the shape of a cube, and the wear of the working surface of the moving cone is more uniform.
2. The working parameters of the crusher have a direct impact on the movement characteristics of the bulk materials in the crushing chamber, which is mainly manifested in the influence of the spindle swing speed of the crusher on the movement state of the bulk materials, and then has an important impact on the working performance of the crusher (productivity and particle size distribution of crushed products, etc.).
3. The swing stroke of the crushing chamber of the cone crusher has an important impact on the working performance of the crusher, when the swing stroke is increased, the actual feed compression ratio of each crushing layer of the crushing chamber increases, the quality of the crushing product improves, the calibration of the discharge particle size increases, when the swing stroke is reduced, the actual feed compression ratio of each crushing layer of the crushing chamber decreases, the quality of the crushing product deteriorates, and the calibration and discharge particle size decreases. From the perspective of improving the quality of crushing products, the swing stroke of each crushing layer of the crushing chamber is also a large value.
