The metal sintered wire mesh not only overcomes the shortcomings of ordinary metal wire mesh, such as low strength, poor rigidity, and unstable mesh hole shape, but also enables a reasonable matching and design of the size of the voids in the material, as well as its permeability and strength characteristics. As a result, it has excellent filtration accuracy, filtration impedance, mechanical strength, wear resistance, heat resistance, cold resistance, and workability. It is particularly ideal for filtration with high requirements for compressive strength and uniform filtration accuracy.

The square-hole sintered mesh in the metal sintered wire mesh is a type of sintered mesh that sinters multiple layers of plain-woven square-hole mesh together. Due to the high open area ratio of the square-hole mesh, the manufactured sintered mesh has the characteristics of high permeability, low resistance, and large flow capacity. It is widely applied in fields with functional requirements such as rectification, powder conveying, gas dispersion, drying, cooling, penetration, and impedance.

Another type of metal sintered wire mesh, the perforated plate sintered mesh, is a sintered mesh that sinters a perforated plate and a base plain-woven mesh together. With the support of the perforated plate, the composite mesh has extremely high compressive strength and mechanical strength. When the two are sintered together, it not only has the good air permeability of the plain-woven mesh but also the mechanical strength of the perforated plate. It is widely used in the water treatment, beverage and food, metallurgy, chemical engineering, and pharmaceutical industries, etc.