Crimped wire mesh and plain weave wire mesh may be similar in appearance, especially for small-wire small-hole products, which is easy to cause confusion. In fact, these two products are not the same.
Crimped wire mesh is the processing method of crimped and then weave. It is to use a crimping machine to crimp the wires one by one and then to weave them. This ensures that each wire is in a relatively correct position and the mesh structure is relatively strong. Another reason is that it can be produced by using a steel wire with a relatively strong rigidity, usually with a wire passing over 0.7 mm.
Plain woven wire mesh is directly woven by wire. The reason why there is ripple is because the weaving machine has strong punching force and can punch the straight wire into a curved wire during the weaving process. In this case, the wire is usually less than 0.7 mm. After all, rigidity is relatively small and can be done directly by machine. The advantage of plain woven wire mesh is that the entire mesh surface is plate-shaped, and the mesh surface is very firm and will not be deformed at all.
Comparing these two products, it will be found that the stability of the plain weave wire mesh is higher than that of the crimped wire mesh. Because the force point between the wire and the wire is very large, it will not easily deform. Although the position of the wire does not change in the crimped wire mesh, the force point between the wire and the wire is relatively small, diagonal force will still cause deformation.
Here is the difference between the two products.
Some commonly used specifications are generic, and the choice depends on the customer's choices and preferences.
