High-quality mesh screens of various material sizes for Rotex high-frequency vibrating screening

Product Description

1. What material is used for the vibrating screen mesh? The vibrating screen divides the material into different particle sizes through the action of vibrating force. Screen materials are varied, including stainless steel, polyurethane, polypropylene, nylon, and fiberglass. Stainless steel mesh is suitable for scenarios that require high wear resistance due to its high wear and corrosion resistance. Polyurethane mesh has excellent elasticity and abrasion resistance, making it suitable for environments where corrosion protection is required. Polypropylene mesh has high strength and abrasion resistance, and its price is relatively low. Nylon mesh has high strength, abrasion resistance, and corrosion resistance, but the price is relatively high. Fiberglass mesh is hard, strong, wear-resistant, and relatively expensive. 2. Introduction to the size of the vibrating screen mesh There are two sieve sizes for vibrating screens: standard and non-standard. The standard size is based on international standards and includes *0 specifications including 0.**5 mm, 0.**5 mm, 0.*0 mm, 0.*5 mm, 0.*0 mm, 0.*5 mm, 0.*0 mm, 0.*0 mm, 0.*5 mm, 1.*0 mm, 1.*0 mm, 2.*0 mm, etc. Non-standard sizes are customized according to the use environment, and the aperture and shape vary, and often need to be customized production. 3. The selection method of the aperture of the vibrating screen The selection of the mesh size of the vibrating screen needs to consider the material characteristics, composition, particle size and screening requirements. 1. Material properties: The viscosity, humidity and cohesiveness of the material affect the selection of pore size. When choosing a high-viscosity material, a larger sieve size should be chosen. 2. Material composition: The specific gravity, particle size, and shape of the material affect the choice of pore size. If you choose a large particle size heavy material, you should choose a large sieve size; When choosing fine materials, it is necessary to choose a small sieve size. 3. Sieving requirements: Different mesh sizes affect the sieving effect. When screening fine materials, choosing a smaller sieve size can improve the screening accuracy; For coarse sieve materials, a larger sieve size needs to be selected.
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