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What is the mesh size of the filter screen in the smallest pipe filter?

2009-04-19View Original

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What is the mesh size of the filter screen in the smallest pipe filter?
Reply #22009-04-19
1. Mesh count refers to the number of openings per square inch of the screen; 30 mesh means there are 30 openings per square inch, while 100 mesh means 100 openings. The higher the mesh count, the more openings there are. In addition to indicating the pores of the sieve, it is also used to represent the particle size of particles that can pass through the sieve; the higher the mesh number, the smaller the particle size. 2. The size of powder particles is called particle size. Due to the complex shape of particles, there are usually several ways to represent them, such as sieving particle size, settling particle size, equivalent volume particle size, and equivalent surface area particle size. The screening particle size refers to the size of the holes in the sieve through which particles can pass, and it is expressed as the number of holes per inch (25.4 mm) of sieve width, which is why it is called “mesh count”. Currently, there are no unified technical standards for powder particle size at either the domestic or international level; each company has its own definitions and methods for expressing particle size. There are different standards for screen specifications in various ** and different industries; therefore, the meaning of “mesh size” is also difficult to standardize. Currently, in the international community, the calculated diameter of equivalent volume particles is commonly used to represent particle size, expressed in μm or mm. Mesh size, Particle size in μm, Mesh size, Particle size in μm, Mesh size, Particle size in μm: 5, 3900; 140, 104; 1600, 10, 10; 2000, 170, 89; 1800, 8, 16; 1190, 200, 74; 2000, 6.5, 20; 840, 230, 61; 2500, 5.5, 25; 710, 270, 53; 3000, 5, 30; 590, 325, 44; 3500, 4.5, 35; 500, 400, 38; 4000, 3.4, 40; 420, 460, 30; 5000, 2.7, 45; 350, 540, 26; 6000, 2.5, 50; 297, 650, 21; 7000, 1.25, 60; 250, 800, 19; 80, 178; 900, 15, 100; 150; 1100, 13, 120; 124; 1300, 11. The table below shows the relationship between the mesh sizes commonly used in China and the corresponding particle sizes in μm. Mesh size in microns: Mesh size in microns, Mesh size in microns, Mesh size in microns, Mesh size in microns: 2.5, 7925; 12, 1397; 60, 245; 325, 47; 3, 5880; 14, 1165; 65, 220; 425, 33; 4, 4599; 16, 991; 80, 198; 500, 25; 5, 3962; 20, 833; 100, 165; 625, 20; 6, 3327; 24, 701; 110, 150; 800, 15; 7, 2794; 27, 589; 180, 83; 1250, 10; 8, 2362; 32, 495; 200, 74; 2500, 5; 9, 1981; 35, 417; 250, 61; 3250, 2; 10, 1651; 40, 350; 270, 53; 12500, 1. Last edited by tekchina on 2009-4-19 14:12.]

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