The mesh number of the micron mesh is actually the gap of the mesh. The bigger the number of eyes, the more you will get lost. Generally speaking, the degree of closeness between the wire and the wire of the wire mesh can be explained. The higher the mesh size, the denser the mesh and the smaller the mesh. Conversely, the lower the mesh, the more sparse the mesh, the larger the mesh, such as 150 mesh/inch, that is, 150 mesh within 1 inch. The smaller the mesh, the worse the ink passability, and the larger the mesh, the better the ink passability. When the screen is selected, the screen of different meshes can be selected according to the precision requirements of the printing. The number of meshes is the number of mesh per inch of stainless steel mesh. For example, 10 holes per inch is 10 mesh. So how is the problem coming up to calculate the mesh number of the micron screen?

Micron mesh number = 25.4 / (wire diameter + aperture)

The micron mesh mesh number refers to the length of 25.4mm, how many holes 

are arranged in total, which is the number of meshes. Not 25.4 square millimeters, but a column at this length. For example, a field shape, the total length of the two holes on the left is 25.4, then it is two eyes, not four eyes.

For example, 200 mesh, the material can pass through a screen with 200 meshes within 1 square inch.

For example, 100 mesh, the material can pass through a screen with 100 meshes within 1 square inch.

The calculation method of the micrometer mesh number is the above. The number of meshes is inversely proportional to the pore size and particle size, and inversely proportional to the number of pores. The smaller the pore size, the finer the particle size of the material is explained; the smaller the mesh size, the smaller the number of pores, the larger the pore size, and the larger the particle size of the material.

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