Both the impact crusher and the cone crusher are secondary crushers in the sand and gravel production line and can be applied to medium and fine crushing. However, their working principles are different, and thus their application scenarios are also not the same. The production of crushers is moving towards a green and environmentally friendly direction. However, as the biggest source of pollution, the dust problem of crushers is even more of a headache. Which one has more followers, the counterattack crusher or the cone crusher? How can the problem of a large amount of powder be solved?
Which has a higher powder output, the counterattack crusher or the cone crusher? How can the problem of a large number of followers be solved?
Generally speaking, the powder output of the impact crusher is relatively large. This is because the main working principle of the impact crusher is impact crushing. The material is repeatedly crushed by the collision between the plate hammer and the impact plate, resulting in a larger amount of powder. The main working principle of the cone crusher is extrusion crushing. The material is crushed under the extrusion effect in the crushing chamber, and the amount of powder produced is relatively small.
To solve the problem of a large number of followers, the following measures can be taken:
1. Select the appropriate crusher
According to the actual material conditions and production requirements, select the appropriate type and model of the crusher. If a high amount of powder is required, a cone crusher can be chosen. If the requirement for the amount of powder is relatively low, an impact crusher can be chosen.
2. Adjust the parameters of the crusher
Adjust the parameters of the crusher, such as the rotational speed of the crusher and the size of the discharge port, to reduce the generation of powder.
3. Increase the gap between the crushing chambers of the crusher
The generation of powder can be reduced by increasing the gap in the crushing cavity of the crusher. However, doing so may lead to a reduction in output, and it is necessary to balance the relationship between output and the amount of powder.
4. Install a powder collection system
Installing a powder collection system, such as a dust collector or bag filter, at the discharge port of the crusher can effectively reduce the discharge of powder and lower the impact on the environment.
5. Improve the pretreatment process of materials
By improving the pretreatment processes of materials, such as screening and dewatering, the generation of powder can be reduced.
6. Regularly maintain and service the crusher
Regularly maintain and service the crusher to ensure it is in good working condition and reduce the generation of powder materials.
Post time: Jun-16-2025