- 29
- Nov
What is the main cause of damage to polyurethane screens?
Let me explain to you the main causes of damage to the polyurethane screen and help you avoid damage to the screen as much as possible during use.
The reasons for the rapid damage of polyurethane screens, after our long-term analysis, mainly include the following points. The quality of the polyurethane screen is an important factor that causes the polyurethane screen to be damaged quickly. Assuming that the polyurethane screen product does not meet the requirements for material screening, the polyurethane screen will be damaged soon. Derek reminds the majority of users to choose the corresponding screening material. Suitable polyurethane screen.
Please note that many users need to choose high-quality polyurethane screens because polyurethane screens cannot be tightened and will vibrate, often cracking or damaging the edges or surface of the polyurethane screen. Remember, users of wide-width polyurethane screens should always check the tension of the polyurethane screens to see if the equipment is securely installed.
Material supply problem, because during the operation of the vibrating screen that continuously puts materials, putting a large amount of materials will not only cause the polyurethane screen to become loose and tired, but also reduce the material processing capacity, which will interfere with the normal screening of materials on the surface of the screen. , greatly reducing the amount of screening. If a large amount of material is given at one time, the load on the unbalanced motor will increase rapidly, which will not only damage the polyurethane screen, but also cause damage to the vibrating motor machine, so the material must be fed evenly.
The high-impact feeding method requires adding a buffer hopper to the polyurethane mesh of the vibrating screen. When the material directly impacts the polyurethane mesh, the excitation force generated by the vibration source is consumed, making it easier to cause damage and fatigue to the polyurethane mesh.