After sintered by the punching plate and multi-layer stainless steel wire meshes, the Type C Sintered Wire Mesh comes into our sight. Owing to the support of punching plates whose thickness can be adjusted, it has the higher pressure and mechanical strength.

Sintering the mesh is a process that improves the characteristics of metal woven wire mesh by connecting the contact points of all the wires together to constitute a mesh whose wires are securely melting in place. After being vacuum sintered, pressurized and calendered, the Type D sintered wire mesh is overlapped and stacked up by 2 or 3 layers of plain dutch woven wire meshes with equivalent hole sizes.

The sintered wire mesh is made into a multilayer woven wire mesh panel using a sintering process. This process combines heat and pressure to permanently bond the multilayer webs together. The same physical process of fusing individual wires together within a mesh layer can also be used to fuse adjacent mesh layers together. This creates a unique material with excellent mechanical properties. It is the ideal material for purification and filtration. It can be 5, 6 or 7 layers of sintered wire mesh.

Hebei Sinter Filter Technic Co.,Ltd is the main supplier of the sintered wire mesh. It has introduced advanced vacuum sintering equipment and technology to manufacture multilayer sintered meshes with various structures and specifications, and use the sintered mesh to produce various filter elements.

5 Ply Sintered Stainless is our standard sintered mesh structure. A single layer of fine woven wire mesh was placed between two thicker square woven meshes, which were then added to two layers of sturdy Dutch woven wire mesh and sintered together to form a solid panel. A layer of fine woven wire mesh is used as a filter layer which can then be cut and made into various discs, tubes, boxes, and plates.

2 Layer Sintered Stainless Mesh is a new type of filter material with high mechanical strength and overall stiffness structure. 2 Layer Sintered Stainless Mesh is made by special techniques such as lamination and vacuum sintering on multi-layer wire mesh. The staggered mesh forms a uniform and ideal filtering structure, which not only overcomes the shortcomings of low strength, poor rigidity and unstable mesh shape of ordinary metal mesh, but also achieves reasonable matching and design of aperture, permeability and strength.