plain weave 20 micron 600 mesh fabric stainless steel wire mesh

Woven wire mesh or woven wire cloth, is woven by machine. It is similar to the process of weaving clothing, but it is made of wire. The mesh can be woven in different weave styles. Its purpose is to produce solid and reliable products to adapt to various complex application environments.High precision technology makes the production cost of woven wire mesh higher, but it also has a very wide range of uses. The main materials are 304 stainless steel wire mesh, 316 stainless steel wire mesh, 310 stainless steel wire mesh, 904L stainless steel wire mesh, 430 stainless steel wire mesh, and other stainless steel grade. The most popular ones are 304 stainless steel wire mesh and 316 stainless steel wire mesh, which can be used in most application environments and are not expensive. And some special materials are used to meet the high requirements of the use environment, such as Inconel wire mesh, Monel Wire Mesh, Titanium Wire Mesh, Pure Nickel Mesh, and Pure Silver Mesh, etc.

Weave Types

we can provide many different weaves to meet different application needs.the weave styles mainly depend on the mesh and wire diameter specifications of the woven mesh. Below are the show of some common styles we weave here.

Mesh, Mesh Count, and Micron Size

Mesh Count and Micron Size are some of the important terms in the wire mesh industry.

The Mesh count is calculated by the number of the holes in an inch of mesh, so the smaller is the woven holes the bigger is the number of holes.The Micron Size refers to the size of the holes measured in microns. (The term micron is actually a commonly used shorthand for micrometer. )

In order to make it easier for people to understand the number of the holes of the wire mesh, these two specifications are usually used together. This is the key component of specifying the wire mesh. The Mesh Count determines the filtering performance and function of the wire mesh.

Micron Size = size of mesh hole. (larger the micron size, larger the mesh hole)

More intuitive expression:

Mesh Count = number of mesh hole. (larger the mesh count, the smaller the mesh hole)