In the material crushing process, as a key equipment in the secondary and fine crushing segments, the cone crusher is directly related to the particle size of the final product and the crushing efficiency of the stone production line. However, the traditional pressing method is of low production efficiency and high abrasion. And there are lots of needle-like and flaky ones of the final product, which can not meet the national standard and clients’ requirement well. Thus, the lamination crushing principle can not only meet the demand in the secondary and fine crushing segments but also can improve the crushing production process. The lamination principle’s application can greatly increase the fine crushing effect of the cone crusher. Besides, in the mining crushing process, it can directly decrease the feeding size in the mineral processing line and lower the cost for the mineral concentration.
The lamination not only means the effect between the material and the toothed plate but also means the interaction of materials between the toothed plate, such as pressing, grinding, and so on. This kind of interaction of particles themselves shows the special material crushing principle, which emerged from foreign countries in recent years as a new-type crushing concept. Its application on Fote single-cylinder cone crusher is a typical example.
According to our expert of the single-cylinder cone crusher, the lamination crushing principle of this machine is a kind of alternative crushing method. In the crushing process, the final product is of high quality and there is less needle-like and flaky product. In a word, the single-cylinder cone crusher with the lamination crushing principle has many advantages, including the nice particle size of the final product, the high crushing efficiency, and less abrasion of the lining plate.
With the lamination crushing method or the intelligent control method, the single-cylinder cone crusher is one of the most advanced crushing machines in the world due to its multiple cavity. It plays a very important role in metallic ore and non-metallic ore crushing fields.
