The impact of line speed
Line speed is the operating parameter that affects the wear of the hammer. The linear velocity directly affects the size of impact energy applied to the material by the hammerhead, the size of the crushing ratio, and plays a decisive role in the granularity of the product. In addition, excessive line speeds can also lead to a sharp increase in hammer wear. This is due to the excessively high line speed. Material cannot enter the impact zone and the hammer tip wears out.
2 processing capacity and the impact of the gap
The processing capacity of the equipment also has a certain influence on the wear of the hammer head. When the processing capacity increases, the product particle size becomes coarser, the crushing ratio decreases, and the unit wear of the hammer head also decreases. Similarly, changing the size of the discharge gap can also change the thickness of the product's particle size to some extent, so it also has a certain impact on the hammer wear.
3 The effect of the nature of the material to be crushed
The impact of the material to be crushed on the wear of the hammerhead includes: the nature of the material, the size of the feed particle size, and the moisture content, among which the effect of the nature of the material, the greater the abrasion of the material with greater hardness to the hammerhead.
4 improper use of operation
Because the hammerhead often breaks, the workload of the maintenance staff to replace the hammerhead is large, and the labor intensity is relatively large. Therefore, after the new hammerhead is installed, the engine is not stopped and checked in time, so that the loose bolt cannot be fastened in time. As a result, the hammer wears faster.
