1. Working principle of compound crusher

The compound crusher uses two motors to drive the double rotors for crushing, and the crushing mechanism adopts advanced multi-angle crushing. After the material is sent into the crushing chamber, it is crushed into products of the required particle size after multiple impacts, crushing, friction and other effects under the interaction of the double rotors.

2. Structural characteristics of compound crusher

The compound crusher adopts a double rotor structure, and uses the principle of interaction to quickly crush the material and improve production efficiency. In addition, the use of multi-angle crushing makes the particle size of the crushed product more uniform, reduces the fine crushing process, reduces energy consumption, and improves production efficiency.

3. Advantages of compound crusher

Compared with a single crusher, the compound crusher has the following advantages:

1. High efficiency: The compound crusher adopts a double rotor structure, and the crushing efficiency is more than 30% higher than that of a single crusher under the same conditions.

2. Good uniformity: The compound crusher adopts multi-angle crushing, which makes the particle size of the crushed product more uniform.

3. Reduce the fine crushing process: Due to multi-angle impact, the fine crushing process is reduced, which reduces energy consumption and improves production efficiency.

4. Small footprint: Compared with a single crusher with the same output, a compound crusher is small in size and occupies a smaller area.

In summary, as a major crushing equipment in the mining and building materials industries, the compound crusher has the advantages of good crushing effect, high efficiency and energy saving, and small footprint. It can help enterprises improve production efficiency and reduce production costs, and has high application value.