Plain weave mesh is a common type of mesh and the most basic weaving method. It is formed by interweaving longitude and latitude lines, where the warp and weft lines intersect with each other vertically, and each warp and weft line intersects with each other, forming a simple and regular square mesh plain weave pattern. Due to its numerous interweaving points, this weaving method makes the mesh structure more stable and the mesh surface flat. It can screen and filter granular, powdery and other materials, accurately separating substances of different particle sizes.

The intermediate pressure bonded woven screen is a special type of woven screen. During the weaving process, the intermediate crimping method is used to create a wavy shape, which is more stable than some ordinary woven mesh structures. From the appearance, this waveform structure makes the surface of the screen mesh not as flat as a plain weave screen mesh, but rather has a high and low undulating shape. During the weaving process, the mesh wire forms wavy patterns through special weaving techniques, which increases the effective screening area of the screen mesh. At the same time, it can withstand certain tension and pressure, which can better resist the impact and friction of materials during screening operations, reducing the deformation or damage of the screen mesh.

This type of screen adopts locking technology during the weaving process, which tightly fixes the intersection of the warp and weft lines of the screen, and each group of intersecting metal lines has protrusions or joints. This tight fixing method makes the structure of the screen very stable, able to withstand high pressure and tension, effectively preventing the screen from loosening and deforming during use. The lock press woven screen has uniform mesh holes, precise screening, high wear resistance, and long service life. Because it can accurately screen particles that meet the size requirements, even if they are subjected to material impact and friction for a long time, it can still maintain good screening performance, thereby ensuring the efficient and stable screening of materials.

All the ripples of the flat top woven screen mesh are bent in one direction, and the mesh surface is relatively flat without obvious undulations in appearance. During weaving, the interweaving of warp and weft lines forms a uniform mesh surface, which ensures the stability of the screen mesh during the screening process. Its sieve size and shape are relatively regular, and the aperture size and screening accuracy of the sieve can be adjusted by controlling parameters such as the thickness and density of the latitude and longitude lines to meet different usage needs. The initial purpose of developing a flat top screen was to provide a smooth surface for material flow or to serve as a support screen for finer mesh sizes. It is usually used for coarse mineral screening, and in addition, it is widely used in the construction industry.