1. The conical crusher chamber is formed by the crushing wall (dynamic cone) and the rolling wall (fixed cone) [6]. The quality of the cavity design has a significant impact on the economic and technical specifications of the crusher (productivity, energy consumption, particle size of the broken product, grain shape, wear of the crushing wall, rolling wall, etc.). The unique design of this makes the final product material more uniform, a cubic shape, the wear of the moving cone working surface is more uniform.
2. The crusher working parameters have a direct impact on the material movement characteristics of the bulk material in the crushing chamber, mainly manifested as the impact of the speed of the crusher's spindle gyration on the motion of the bulk material, and then the crusher's work performance (productivity and particle size distribution of the crushing product). Etc.) Have an important influence.
3. The crushing stroke of the crusher of the cone crusher has an important influence on the work performance of the crusher. When the swing stroke is increased, the actual feeding compression ratio of each crushing layer of the crushing cavity is increased, the quality of the crushing product is improved, and the size of the calibrated discharge material is increased, and when the crusher is smaller, the particle size is increased. In the swing stroke, the actual feeding compression ratio of each crushing layer of the crushing chamber is reduced, the quality of the crushing product is deteriorated, and the calibrated discharging particle size is reduced. From the perspective of improving the quality of broken products, the swing strokes of the crushing chambers also take a large value.
