Development trend of quarry crushing equipment in cement clinker production

In the industrial production of metallurgy, chemical industry, building materials, etc., there are many occasions where the material needs to be crushed and milled. The material is changed from big to small and coarse and fine to meet the production requirements. Crushing and grinding operations have high energy consumption, high consumables, and low efficiency, and have long been a major problem in the crushing field. To achieve the goal of many pairs of less grinding, it is necessary to use a crusher to reduce the particle size of the material as much as possible during the crushing stage so that it can reach a finely divided state. The fine crusher has long been used in the fields of cement production, beneficiation and chemical industry, but there are still some unsatisfactory aspects in terms of performance, maintenance, energy consumption, etc., especially in terms of environmental protection, energy conservation, and consumption reduction. The demand is getting higher and higher, so the research and development of the fine-grained equipment is getting more and more attention.

Shibang crusher, impact crusher, cone crusher and other crusher equipments have higher crushing ratio, higher efficiency, lower energy consumption and uniform product size. They are used in beneficiation, chemical engineering, construction, cement, building materials and other fields. widely used. The fine crushing equipment cone crusher produced by SB is divided into single cylinder hydraulic cone crusher and multi-cylinder hydraulic cone crusher according to different performances. The multi-cylinder hydraulic cone crusher is a combination of single cylinder hydraulic cone crusher and spring cone crusher, adopting advanced The design concept of the new type of cone crusher has been optimized. Due to the better crushing frequency and eccentric shaft, the content of the fine-grained product in the crushing product is high, and it is smaller than the content of the closed-edge discharging granules. Significantly improve the processing capacity of subsequent processes and reduce overall energy consumption.