The impact crusher plays a decisive role in the production and processing of solid waste. For specific solid waste, only sampling analysis can determine its specific composition and characteristics, so as to formulate reasonable and feasible technical solutions for harmless treatment or resource utilization.

Since sampling quality is directly related to the reliability of analysis results, especially in laboratories, the analysis methods of certain toxic substances in laboratories can reach nanogram level today, and sampling may be the result of changes in analysis. The main reason is that the impact crusher even plays a decisive role under certain conditions, and sometimes requires processing to get samples. Therefore, the impact crusher is the natural enemy of waste. The high-quality impact crusher directly determines the quality of the products produced, the disposal of waste and the help of looking for the impact crusher.

The difference between the vertical shaft crusher is the broken cavity. In mining, the vertical shaft crusher is mainly used to crush various medium and medium hardness ore and rocks. Vertical shaft crushers are also widely used in metallurgy, construction, chemical and other industries. Because it works in the same way as the crusher equipment, and the basic structure is the same, many customers think that it is no different from the crusher equipment. No matter which is the same, you are wrong. Today I will tell you the difference.

The difference between the vertical shaft crusher is the broken cavity, the circulation is steep, and the cone is gently inclined. According to the form of the crushing cavity, the vertical shaft crusher is divided into three types: standard, intermediate and short. The spring or hydraulic system is used to adjust the discharge port and protect the iron.

The vertical shaft crusher is jointly developed and developed by experts and technicians. The vertical shaft crusher has a large crushing ratio, high efficiency, uniform product size, reliable spring system, safe and effective overload protection, manual hydraulic adjustment of the feeding port, easy and labor-saving.

The angle and the length of the parallel belt of the cone crusher have many factors that affect the operation of the cone crusher, mainly the length of the angle and the parallel belt, the hardness, brittleness, density, humidity, cleavage, particle composition of the material, and the crushing ratio. And rock crusher. Work turnover, etc. Here, we only observe the influence of these components on the cone crusher by analyzing the angle of the bracket, the length of the bracket and the eccentricity.

The cone crusher bracket has three functions: one is to transmit power; the other is when the unbroken material enters the crushing cavity, the bracket can be crushed first to protect the other parts of the machine, so it is the fuse of the crusher equipment; different lengths The bracket can adjust the size of the discharge port.

After countless equipment operations, when the bracket is left to the left, its horizontal running distance decreases, and its vertical running distance increases. However, when the left yaw angle is larger, the stress on the eccentric shaft is smaller. When the bracket is to the right, the horizontal stroke increases, the vertical travel distance decreases, and the characteristic value is good. However, the greater the right yaw angle, the greater the eccentric shaft force. In addition, the longer the length of the support, the smaller the horizontal and vertical running distance; the shorter the length of the support, the opposite.

The cone crusher is assembled by new technology, and there is no bearing at the bottom of the vertical shaft; the liner and hammer have good wear resistance and are not afraid of high temperatures; closed feeding, dust-proof settings, environmental protection and health. In addition, the cone crusher has low vibration and flexible process layout, which greatly saves civil construction costs. In order to ensure the high efficiency of the cone crusher, the operator needs to regularly maintain the accessories when the machine stops running, reducing the impact of each component on the life of the cone crusher.