Computer simulation design is a unique advantage of the crusher

The complete set of large crusher has unique features such as compact structure, easy operation, high work efficiency, super-hard corundum lining, and the use of computer-simulated process design, such as residual gas classifier, to achieve the advanced performance of this product. During the operation of the entire device, it is necessary to check whether the pressure and temperature of the air are changed, whether the feeding is continuous and uniform, whether the discharging and collecting and collecting system is unblocked, whether the air nozzle and the crushing chamber are clogged and whether the finished product is crushed or not. Then adjust the fineness to the predetermined requirement and it can be produced normally.

Steel slag crushing is the main improvement point. When used for crushing steel slag and concrete waste, many foreign materials are thrown into the crushing chamber. The clogging of the lower part of the crushing chamber causes high loads due to foreign matter being caught in the probe. The concave plate supports and the lower side of the concave plate are deformed. . For this reason, the thickness of the concave plate support and the lower portion of the concave plate is increased to enhance the strength. After obtaining permission from the third program, a series of improvements were made. The KID inertial cone crusher was developed, the previously used spherical joints were eliminated, the flexible coupling was used to connect the transmission and the eccentric weights.

There will be medium-sized and coarsely fragmented inertial cone crushers. Through experiments, it has been found that if the feed port allows, when the material exceeds its allowable particle size, the material can be broken smoothly. Use this phenomenon to develop feed materials. The 200mm inertia cone crusher is used in the ceramsite sand production line.