Hammer crusher is a device that uses a high-speed rotating hammer head to exert strong impact on materials and achieve crushing. It has a simple structure and easy maintenance, and is widely used in various industries.
The working principle of a hammer crusher is mainly to use a high-speed rotating rotor to drive the hammer head to impact and crush the material, crush the material through the impact force, and then separate materials of different particle sizes through a sieve plate.
The working process of a hammer crusher can be divided into several key steps. When the material enters the crushing chamber through the feeding port, the motor drives the rotor to rotate at high speed, and the hammer on the rotor collides with the material at high speed. This impact generates significant impact energy, causing the material to be instantly shattered. At the same time, the material is also subjected to shear and friction during the impact process, accelerating its crushing process.
After multiple impacts, the particle size of the material gradually decreased. At this moment, the gravity of the material itself causes it to rush from the high-speed rotating hammer head towards the baffle and sieve inside the machine body. Materials larger than the sieve size are retained on the sieve plate and continue to be hit and ground by the hammer until they are crushed to the desired discharge particle size, and finally discharged outside the machine through the sieve plate.
Overall, hammer crushers can quickly crush materials into the desired particle size range through their efficient impact crushing mechanism. Its working principle not only relies on the high-speed impact of the hammer head, but also involves the collision between the material and the counterattack plate, as well as multiple crushing processes, ensuring the fine crushing effect of the final product.
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