Things that should be paid attention to when using PC hammer crusher

Hammer crushers are most commonly used in the fields of cement raw material production, sand and gravel co-production, power plant desulfurization raw material preparation, and mining and metallurgical production.
The working principle of the hammer crusher is that after the material enters the machine, it is hit by the rapidly rotating hammer head against the background of the impact plate. After the impact, the material gains kinetic energy and is accelerated, and hits the crusher at a higher speed. Plate impact, or impact with the material to form impact crushing. After crushing, the material enters the arc-shaped screen area, and fine materials smaller than the gap between the grate bars leak out from the gap between the screen bars and become crushed products. A small amount of coarse materials that have not yet reached the required size will continue to be impacted and crushed by the hammer on the screen surface, and sheared and crushed by the relative action of the hammer and the arc-shaped screen bars (grinding and crushing until they reach the required size and then discharged from the grate slits) . So what should you pay attention to during the use of a perfect workflow? Let me tell you about it below
In production engineering, it should be suitable for processing brittle and medium-breakable materials. When crushing sticky and wet materials, when the material moisture exceeds When used, the grate screen is prone to clogging, and the production capacity is greatly reduced, so it is not suitable to process hard-to-break, viscoplastic, and moist materials. During production, the hammer head and strike plate need to be maintained and replaced regularly, and balance adjustments must be made when replacing the hammer head. Only in this way can its service life be extended. Regular cleaning is also required during production, because the gaps in the screen bars are easily blocked when crushing materials with high moisture content, which will affect production capacity.