In the precise processes of modern industrial production, industrial filter cloth is like a silent and steadfast "guardian", undertaking the crucial task of separating solid, liquid and gaseous impurities. As a porous filtering medium, the filtering performance of industrial filter cloth depends on its unique structure, and the core indicator of this structure is "mesh count".

Industrial filter cloth is composed of two systems of yarns arranged in a crisscross pattern on a loom. The yarns arranged longitudinally along the loom are called warp yarns, while those arranged laterally are weft yarns. The warp and weft yarns are interwoven according to specific floating and sinking rules, like a fine network meticulously woven by a craftsman, eventually forming a fabric with countless tiny pores. These pore diameters interwoven from yarns are an important parameter for evaluating the performance of filter cloth - mesh count.

Mesh count, as a key indicator expressing the filtration accuracy of filter screens, frequently appears in the filter cloth industry, especially in the types of plate and frame filter cloths. In China, the definition of mesh count is the number of mesh holes per square centimeter area. Internationally, the number of mesh holes per inch is commonly used to represent it. Additionally, there is also a way to use the size of each mesh hole (mm) as the measurement standard. Different representation methods are applicable to different production scenarios and technical standards, but they all revolve around one core purpose: precisely describing the filtering capacity of the filter cloth.

The mesh count is closely related to the pore size of the industrial ffilter cloth and the particle size of the filtered material. In simple terms, the higher the mesh count, the more mesh holes there are per unit area, and the corresponding pore size is smaller. The finer the particle size of the material that can be filtered, it is suitable for fields such as fine chemicals and pharmaceuticals where extremely high filtration accuracy is required. Conversely, the smaller the mesh count and the larger the pore size, the larger the particle size of the filtered material will be. It is often used in industries such as metallurgy and mining, which have high requirements for filtration efficiency but relatively low requirements for particle fineness.

The seemingly simple parameter of the mesh count of industrial filter cloth actually embodies the unremitting pursuit of precision and efficiency in industrial production. It is not only a yardstick for measuring the performance of filter cloth, but also an important basis for achieving precise separation and ensuring product quality in industrial production.

Changzhou Xiahua Environmental Protection Technology Co., Ltd. specializes in the production and operation of industrial filtration materials for many years, mainly in the chemical industry, and the products are exported to many countries. Xiahua mainly produces the filter cloth, filter bag, pressure filter bag, etc., Xiahua filter cloth, use heart!