Impact Force of Plastic Crusher

The impact force of plastic crusher blades mainly comes from two aspects:

When the blade is cutting plastic material, it generates cutting force. This force is the result of the interaction between the blade and the material, used to shear the material into small pieces.

When the blade rotates at high speed, it will collide with the plastic material, generating a strong impact force. This impact force causes the molecular chains inside the material to break, thereby achieving a crushing effect.

The power of the crusher is also directly related to the impact force of the blades. The greater the power, the more power is provided to the blade, and the stronger the impact force.

In order to ensure the stability and durability of plastic crushers blades, materials with high hardness and toughness are usually selected, and the shape and layout of the blades are optimized through reasonable design. In addition, the rotation speed and crushing method of the blade (such as impact crushing or shear crushing) will be adjusted according to the properties of the material and production requirements to achieve good crushing effect.

The rotational speed of the blade has a significant impact on the impact force. The faster the rotation speed, the more times the blade comes into contact with the plastic per unit time, resulting in greater impact force. For example, a high-speed rotating blade can quickly crush large pieces of plastic. The material and hardness of plastic can also affect the impact force performance of the blade. For harder plastics, the blade needs to apply greater force to break them, and correspondingly, the impact force will also be greater. The shape and size of the blade are also crucial. Sharp and thick blades often generate stronger impact and more effectively break through hard plastics.