First, let's understand the basic principles of impact crusher sand making and cone crusher sand making. Impact crusher sand making is a process of crushing by the collision between the high-speed rotating rotor and the material. The material enters the crushing chamber from the feed port, and is hit and crushed by the high-speed rotating hammer of the rotor, so as to obtain the required sand and gravel. Cone crusher sand making is a process of crushing by the change of the volume of the crushing chamber of the cone crusher. The material enters the crushing chamber from the feed port, and is crushed and crushed by the inner wall of the cone crusher, so as to obtain the required sand and gravel.

Click to consult to understand the difference between cone crusher and impact crusher

Next, let's take a look at the difference between impact crusher sand making and cone crusher sand making

First, in terms of crushing effect, impact crusher sand making is suitable for crushing materials of medium hardness and below, and can produce a higher crushing ratio and uniform finished particles. Cone crusher sand making is suitable for crushing materials of higher hardness, and can produce a higher crushing ratio and better finished product shape.

Secondly, in terms of equipment structure, impact crusher sand making usually has a larger feed port and crushing chamber, which is suitable for processing larger material sizes. Cone crusher sand making usually has a smaller feed port and crushing chamber, which is suitable for processing smaller material sizes.

Then, in terms of maintenance and repair, impact crusher sand making is relatively simple and easy to maintain and repair. Cone crusher sand making is relatively complex and requires more maintenance and repair work.

In summary, there are certain differences between impact crusher sand making and cone crusher sand making in terms of crushing principle, crushing effect, equipment structure, and maintenance and repair. It is very important to choose suitable sand making equipment according to different crushing requirements and material characteristics.