Analysis of the Reasons and Influencing Factors of the Production Reduction of Plastic Film Crusher

Plastic film crusher occupies an important position in the whole recycling system. After the large volume of waste film is crushed through it, it is convenient for subsequent cleaning and granulation. Therefore, the output of the equipment and the stability of the operation will have a considerable impact on the entire process. In the operation of the equipment, what factors will affect the output of the crusher, and what are the reasons for the reduction in output?

Factors that affect the output of the plastic film crusher include the performance of the equipment itself, the state of the material, and the different needs of the output size.

1. For the equipment itself, the better the wear resistance of the blade of the crusher, the greater the power of the motor, the higher the crushing efficiency. Therefore, when purchasing equipment, different types of equipment should be selected according to the output. Pay attention to the wear of the blade, and maintain and replace the blade in time.

2. The state of the material also affects the output of the equipment, such as the viscosity, humidity and hardness of the material. Materials with high viscosity and humidity are easy to adhere, and it is easy to cause material blockage when discharging, reducing the output of discharging. The higher the hardness of the material, the more difficult it is to crush, and the greater the wear and tear on the equipment, which will affect the crushing speed.

3. Different processing requirements have different requirements on the discharge size of the material. If the required discharge size is small, the number of times to be shredded will increase, the discharge efficiency will naturally decrease, and the output will also decrease.

Under the condition that the above factors remain unchanged , what is the reason for the reduction in the output of the plastic film shredder ? There are two main reasons, one is that the screen holes are blocked, and the material cannot be cut normally, and the blockage needs to be cleared in time. Second, the feeding is uneven, which requires timely adjustment of the feeding speed to ensure uniform feeding of the equipment.