The impact crusher has the characteristics of high output, low energy consumption and spare parts consumption, and high crushing efficiency. It is the first choice for ore crushing and processing operations. The impact crusher is suitable for the processing of calcium carbonate, quartz stone, limestone, gypsum, calcite and other materials. The processed materials can be used in many fields of work such as chemical industry, metallurgy, building materials, and cement. There are many types of materials and a wide range of uses.
Product advantages
Advanced technology: advanced technology, high crushing cavity, reasonable shape, large feeding port standard, optimized crushing cavity design, high output and crushing efficiency.
Convenient scheduling: The particle size and shape of the product can be changed by adjusting the gap between the blow bar and the counterattack plate. The scheduling is simple and convenient, the particle size of the product is uniform, and the quality is better.
Long service life
The high-chromium alloy blow bar design enhances the impact resistance, wear resistance and firmness of the blow bar, thereby extending its service life.
Low work cost: reasonable technical parameter planning, lower failure rate, low energy consumption and electricity consumption, low work cost, which can save a lot of work cost.
High cost performance: The price of impact crusher is lower than that of shopping malls, and the total cost performance is very high, which can save a lot of equipment capital investment.
Impact crusher is a kind of equipment that uses impact energy to crush materials. When the machine is working, driven by the motor, the rotor rotates at a high speed. It is thrown to the counterattack equipment to be broken again, and then bounced from the counterattack liner to the action of the blow hammer to be crushed again. This process is repeated, and the materials enter the first, second and third counterattack chambers from large to small for repeated crushing until The material is crushed into the required particle size and discharged from the discharge port.