Stainless steel filtration is a problem that people in the stainless steel wire industry pay more attention to. Stainless steel filter mesh is the smallest diameter size that can filter solid particles. The filtration rate of stainless steel filter meshs is affected by materials and the like. The filtration of a stainless steel filter mesh is its mesh size. The actual value of the mesh size directly affects its filtering.
Stainless steel screens have three types of filtration: nominal filtration, *** filtration, and actual filtration. Nominal filtration degree (also called nominal pore diameter): refers to the cross section of the woven circular stainless steel dense mesh, the inscribed circle diameter of the triangular hole composed of warp and weft. ***Filter (also known as *** aperture): refers to the cross section of the twill weave dense
mesh.
The diameter of the inscribed circle of the slant on the inclined surface of the adjacent two weft wires and the warp wire forming the triangular hole. Actual filtration degree: refers to the degree of filtration of the dense mesh under actual use conditions. For a specific size of the dense stainless steel filter mesh, the actual filtration degree of the same size of the dense stainless steel screen changes accordingly when the conditions of use change.
The above is an introduction to the accuracy of stainless steel wire filters. The filtration rate of the stainless steel filter mesh is affected by the material. The direct influence of the use conditions such as the length of use and the number of bends of the filter holes, so the actual degree of filtration is a variable value
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