What to do to improve the efficiency of jaw crusher

Jaw crushers are widely used in mining and smelting, building materials, highways, and chemical industries. What do you need to do to improve the efficiency of jaw crushers?
 

1. Starting from the equipment itself, reasonably adjusting the speed of the machine can improve production efficiency. The speed of the crusher should not be adjusted too fast during operation. This will make it too late to discharge the crushed ore in the crushing chamber, causing blockages, not only failing to improve efficiency, but also reducing production capacity and increasing power consumption.

2. While ensuring the particle size of the product, reasonably adjust the ore outlet to make the angle between the movable jaw and the fixed jaw in a better range, which can also improve the production efficiency of the machine. Pay more attention to lubrication and replacement of easily worn parts in the later period, and maintain the machine to keep the machine running smoothly.

3. If too much material is put in, it will cause the material to be broken too late, and the broken material cannot be removed in time, resulting in sticky material. Therefore, both cutting and overfeeding will affect productivity.

4. From the point of view of the material to be crushed, the ore materials should not be too wet. If they are too wet, they will easily adhere to the jaw crusher, which will affect the feeding and conveying. Therefore, the water content of the material should be reduced before crushing, which can increase production capacity. In short, in the daily operation of the machine, we should pay more attention to some small details, which will ly improve the working efficiency of the machine. Strictly control the feed volume to prevent excessive blockage. Many companies blindly renovate silos in order to increase production capacity, often * to excessive feeding.

5. Rhythmic feeding and control of feeding to ensure the normal operation of the jaw crusher. At present, the crushing section of the beneficiation enterprise *ly uses the end chute for feeding, and two-thirds of the entire feeder is exposed outside the warehouse. Due to the remoteness of the feed inlet, the feeder is completely transformed into a vibrating chute, which not only has poor feed speed but also severe wear. The feeding position of the feeder should be within 1/3 of the * of the equipment, but it is strictly forbidden to feed vertically, so as to prevent the equipment from losing its vibration ability or affecting the conveying effect under pressure.