​In a world where filtration is an essential process in many industries, sintered wire mesh has become a staple solution for businesses that demand high-performance filters. Sintered wire mesh is a unique type of filter media that is made by sintering multiple layers of wire mesh together. This process results in a filter that is not only durable and long-lasting but also has intricate pore structures that can capture a wide range of particles.

​Filtration is an essential process in various industries, including chemical, pharmaceutical, food and beverage, and many more. The efficiency and effectiveness of filtration systems depend on the quality of the filter media used. One of the most innovative and reliable filter media available today is Type C sintered wire mesh.

China ​Sintered Wire Mesh has many advantages that make it ideal for industrial applications. And the main advantages include: High mechanical strength, able to maintain stable filtration grade under high pressure. Easy to clean and reuse with a variety of filter cleaning techniques. Heat and corrosion resistant. Easy to fabricate, weld, stamp, cut or otherwise form a variety of parts. Wide range of filtration grades.

Sintered wire mesh has been widely used in various industries due to its high strength, good rigidity, high temperature resistance, stable filtration efficiency, easy cleaning and repeated use. Among them, what method is used to clean the sintered mesh, which is simple and time-saving, so as to achieve a high repeated use rate, is a problem that customers generally care about. Now introduce several cleaning methods for the sintered mesh. The majority of customers can according to their own Choose according to the actual situation!

​As a new type of filter material, sintered mesh originated from the high-tech materials used in aerospace energy in the 1960s, mainly to solve the ablation heat resistance and divergence of high-temperature gas turbine blades and liquid rocket engine injector panels. The cooling problem, gradually through the technical improvement of production and application, has developed into a new type of porous structure and functional material, which has a good role in maintaining the filtering effect. The filter material of this filter element is made of stainless steel mesh with special arrangement and vacuum high-temperature sintering. It has the characteristics of high precision, good strength and rigidity, small resistance, large flow rate, high cleanliness itself, convenient use, stable filter holes, and long service life. It can replace the bronze powder sintered filter element (the first generation valve filter).

Sintered wire mesh filter cloth is a porous metal plate made of multi-layer stainless steel wire mesh, which is sintered into a metal plate. It usually consists of 5 layers (or 6-8 layers) of nets: protection net layer, filter net layer, protection net layer, enhanced net layer, enhanced net layer. The sintered filter has high mechanical strength and a wide range of filtration grades. It is a new type of fine filter material used in food, beverage, water treatment, dust removal, pharmaceutical, and polymer industries.

Multi-layer sintered mesh is sintered by multi-layer steel wire mesh, mainly used for filtering. It is used for the filter mesh of the filter. Since the filter has a shape requirement for the sintered mesh, and the sintered mesh is prone to broken wires and delamination when it is formed. , which limits the shape of the sintered mesh, it is necessary to realize the shaping of Sintered Wire Mesh by welding.

1. Sintered Wire Mesh Application:(1) Used as dispersed cooling material in extremely high temperature environment;(2) Orifice plate material for gas release fluidized bed;(3) Used for high-precision, high-reliability high-temperature filter materials;(4) Used for high pressure backwash oil filter.

Sintered mesh products will be welded during the production process, so what problems may be encountered during the welding work? Below, I will introduce some problems that you may encounter when welding this product.

1. Wide applications in pharmaceutical, chemical, food and other industries.