Henan stone grinding machine make sand

Product Introduction


High efficiency fine crusher is a medium-to-fine materialcrusher developed by many engineers of our company to absorb the advanced technology of the industry and combinethe specific working conditions of the domestic and interna-tional cement industry, mining, mineral processing, buildingmaterials and other departments. It combines the advantages of hammer breaking and counter-attacking, greatly improvingwork ffiency and re ducing energy consumption. The high-fficiency fine crusher has stable and reliable runningperformance, simple process, simple structure, convenient maintenance, large production capacity and long service life ofthe hammer. The advantages in the field of medium softmaterial crushing are significant.





Performance Features


The new high-efficiency fine crusher is a new generation of energy-saving equipment. The investment in fine crusher is lower than that of traditional process equipment of the same scale by 35%-50%, and the output efficiency is higher than that of traditional processing equipment of the same scale by 35%-50%. Long-term operation and maintenance costs are also lower than the traditional scale equipment of the same scale 35%-50%, widely used in the production of high-grade stone materials, high-grade roads, railways, water conservancy, airports, construction, cement, refractory, metallurgical and other industries.



Working principle


The feed hopper enters the cavity in turn, and falls on the movable strike hammer head rotating at a high speed. After the action between the hammer and the counterattack plate, the material is initially broken in the hammering zone. After repeated high-frequency repeated hammering and counterattack, the material is lowered on the middle partition, forming a pile, causing a slip, falling on the tray that tells the lower rotor, and being thrown at high speed to the counter-attack to enter the collision and fall. It is forced to counterattack, crush and grind through the mobile plate hammer. Therefore, the material undergoes multiple composite pulverization and scouring and grinding during its own weight drop process. Thereby achieving an ultra-fine effect.