The length of the parallel zone of the cone crusher determines the position of the blockage point. The shorter the parallel zone, the lower the easy blockage point. This increases the diameter of the cone crushing cone, and the movement range of the stone continues to expand, which is beneficial to the stone. The falling, improve the production efficiency of the cone crusher.

However, the grain shape of such products is not uniform. The length of the parallel zone reduces the diameter of the moving cone, and the small range of movement of the stones reduces the production efficiency of the equipment, but it can guarantee the quality and particle size of the product. The passing capacity of the starting point of the parallel zone of the cone crusher is very small. Because the angle of the two cones forming the parallel zone changes, the cross section becomes smaller, and the thickness of the material layer at the discharge port decreases, which affects the crushing efficiency of the crushing equipment.

The parallel zone of the cone crusher is an important part to test whether the crushed product can meet the requirements. The particle size and quality of the product are determined by the length of the parallel zone and the discharge port. When the cone crusher starts to run, the material that enters the parallel zone will decrease sharply. In this process, the parallel zone will be severely worn, and the parallel zone will gradually change, and the contour of the liner and the contour of the crushing chamber will also be worn. With this change, the crushed materials distributed along the height of the crushing cavity are more uniform, which can effectively control the discharge speed of crushed materials.

The crushing wall of the jaw crusher must have super abrasion resistance, and the crushing wall of the jaw crusher must first have super abrasion resistance. The new composite crushing wall on the market can adapt to various industrial and mining conditions, and can also adapt to harsh conditions, high abrasiveness, and difficult production environments. It has strong crushing ability for stones with high hardness and strong pressure resistance.

The broken wall is made of new composite materials, and the service time is 30% longer than that of ordinary materials, saving replacement costs. The crushing wall of the jaw crusher is an important crushing component, so the quality requirements for the crushing wall are relatively strict. In addition, the crushing wall of the jaw crusher should also have impact resistance and compression resistance. Because the crushing wall of the jaw crusher is made of sophisticated materials, the crushing wall's pressure resistance and impact resistance are very strong, which can reduce the cost of investment due to wear and tear by half. Moreover, the new type of crushing wall has a wide range of applications and can meet the crushing requirements of various ores such as antimony ores and non-ferrous metals.

The hard alloy hammer head of the impact crusher has good thermal hardness. Cemented carbide hammer head, this impact crusher hammer head is suitable for more industries, and it also has the advantages of other material hammer heads. It has higher hardness, bending strength, impact and thermal fatigue resistance. Features such as good thermal hardness.

The metal abrasive tool adopts vacuum double refining, furnace refining, and directional solidification pressure casting technology. The hammer made of high-quality reinforced ultra-high manganese steel as the hammer head base material and super-hard tungsten titanium alloy as the main wear material is called Daikin The tooth hammer not only has the advantages of super-hard tungsten-titanium alloy enhanced wear resistance, but also high toughness.

In addition, there are two types of impact crusher hammer heads that are processed by metal composites, and high chromium alloy hammers that are less used in the industry due to poor toughness, etc. Which material you want to choose depends on Your own impact crusher should be selected by factors such as the nature of the crushed material.