The sintered wire mesh is made of overlapping multiple stainless steel braided meshes of the same type or different ones, which are made by repeated pressure, rolling, and repeated vacuum sintering at 1260°C, followed by diffusion and solid solution. It has strong mechanical strength. strength and overall rigidity.
Stainless steel metal sintered mesh filter is generally divided into five-layer structure, which has four parts: protective layer, filter layer, separation layer and support layer. This kind of filter material has uniform and stable filtration accuracy but also has high strength and rigidity. It is an ideal filter material for occasions that require high compressive strength and uniform filter particle size. Because its filtration mechanism is surface filtration, and the mesh channel is smooth, it has excellent backwash regeneration performance and can be used repeatedly for a long time, especially suitable for continuous and automatic operation.
At first, how to choose high quality stainless steel sintered mesh filter?
There are lots of applications for stainless steel sintered mesh, in our life, it can be used as a filter element in various industries to screen, filter and separate. It is also used as a dispersed cooling material in various high-temperature environments, and has the advantages of high precision, high temperature resistance and corrosion resistance. What is more, it can also be used as a material for gas distribution and fluidized bed orifice. Stainless steel has many advantages, such as a wide range of operating temperatures and high temperature resistance, good secondary processing, welding and assembly performance. Compared with the powder filter, the sintered mesh has a higher filtration accuracy. For example, the micron of powder filter is 0.2-120μm, and the sintered mesh filter can be 1-1000 μm.
Next, we will take you to understand the application of sintered mesh in various industries!Sintered metal mesh is a new type of filter material with high mechanical strength and overall rigid structure, which is made of multi-layer metal woven wire mesh through special lamination pressing and vacuu
There are many types of the sintered wire mesh, but which type of sintered wire mesh filter can fit your case. When you are purchasing the sintered filter, you should take some points into consideration, like the flow rate, the particle retention, operating fluid. When the fuel filters and hydraulic fluid filters are use in the special industry, like the aerospace, defense, and marine, the filter design should pay more attention to the filter practical use. Here are some points that relate to the usage of the sintered metal filter.
Hebei Sinter Filter Technic Co.,Ltd is the professional manufacturer which specializes in producing the stainless steel sinterer wire mesh and other filter elements. We have 4 different types of sintered wire mesh filter, each of them has the different combination of different weave type of wire meshes. And we offer the sintered filter and the filter disc.
The sintered wire mesh filter are consist of the multiple layers of the wire mesh. All these layers will be sintered in the vacuum space to form a solid structure. The high porosity makes the sintered filter can be used as the high flow cartridge. The even bore diameter and high strength make the fi
The SINTER Company is a professional sintered products manufacturer, we offer a wide range of stainless steel filter cartridges for many industries, like the chemical, pharmaceutical and beverage industries. The solid structure and the metallic feature makes the filter resist the corrosion in the ex
The sintered wire mesh is the combination of multiple layers of woven wire mesh that sintered together to form a corresponding structure. The sintering process combines heat and pressure, in this process the meshes sintered tidely. After compressing and calendering, the wire meshes becomes the standard sintered wire mesh. In thish way, the sintered wire mesh can offer the excellen t mechanical properties. It is ideal material for purification and filtration.