Firstly, it is necessary to explain what determines the concept of crushing ratio, and then discuss whether it can reach 40 mm-60 mm The crushing ratio determines the particle size and the number of crushing sections of crushing equipment. In technical terms, the crushing ratio refers to the ratio of the maximum feed particle size of the stone crusher to the maximum material particle size in the products of this crushing equipment. The crushing ratio is directly related to the particle size of the material after crushing, and it is also a parameter used to measure the particle size change degree of the material after crushing by crushing equipment and to evenly distribute the work of each section of the crusher. Generally, the crushing ratio range of different crushing equipment is fixed, and the total crushing ratio is equal to the crushing ratio of each section multiplied by. Simply put, the crushing ratio determines the number of crushing stages and the size of discharged particles.
Generally speaking, the crushing ratio of cone crusher is 30 mm-50 mm If it is to reach 40MM-60MM, it is necessary to reasonably adjust the number of crushing sections of the crusher and increase the number of crushing sections as much as possible, so that it is completely possible to improve the crushing ratio of cone crusher by 40 mm-60 mm.