When installing the screen mesh, pay attention to the tightness of the screen mesh. The screening efficiency of the vibrating screen will be improved, and the service life of the screen mesh will be extended with a proper tightness. Generally, the screen tension of vibrating screen will be tight, so the screen surface will be flat, and the service life of screen will be long. So, how to control the eastward advance of the screen tension of the vibrating screen?
Due to the diversity of material particle shape, there are various reasons for plugging holes. This paper analyzes the common reasons for plugging holes in the screen and puts forward improvement methods.
The mathematical model is established for the tensioned screen, and the theoretical calculation shows that the bending deformation of the screen is related to the tensioning force, the spacing between support beams and the load. Based on ANSYS, the finite element analysis model of the screen was established, and the influence of the tensioning force and the support spacing on the bending deformation of the screen was studied, which verified the correctness of the theoretical analysis.
The TSX vibrating screen adopts the national leading screen mesh. The polyurethane frame is convenient for disassembly and assembly. The stainless-steel screen plate is wear-resistant, anti-corrosion and has a long service life. TSX sieve plate has high opening rate, no blockage, and good dehydration and disintermediation effects.