The stainless steel sintered wire mesh is a metal wire filter cloth which is made by compressing multiple layers of stainless steel braided wire and then sintering in a vacuum furnace.Stainless steel sintered wire mesh parametersFiltration fineness :2-60micron.Operating temperature :-20℃~ 600℃.Max.P
Type C Sintered Wire Mesh product is sintered by the punching plate and multi-layer stainless steel wire mesh. Due to the support of punching plate, it has the higher pressure and mechanical strength. Type C Sintered Wire Mesh it is mainly used in food&beverage, water treatment, dust removing, pharmacy, polymer,etc. Type C Sintered Wire Mesh can be processed into various filters: tube, disc and sheet. The thickness of the punching plate and structure of the wire mesh can be customized according to the user’s requirements.
Materials of Sintered foil mesh for the Orthodontics medical application
The stainless steel sintered mesh filter is divided into five layers, a protective layer, a filter layer, a separation layer, a reinforcement layer and a support layer. Below the protective layer is a filter layer. There is a split layer between the filter layer and the support layer for Sintered me
The stainless steel sintered mesh filter can effectively solve the problems of large flow resistance, easy deformation, low strength, short service life and low product quality of the existing filter. The stainless steel sintered mesh filter consists of a stainless steel sintered mesh and a surround
The multi-layer form sintered metal mesh may be a new sort of filter material that is created of a multi-layer metal woven wire mesh and is factory-made by a special lamination pressing and vacuum sintering method, and has high mechanical strength and overall rigid structure.
The stainless steel sintered mesh is a new type of filter material which is made of a multi-layer wire Sintered mesh and is manufactured by a special lamination pressing and vacuum sintering process, and has high mechanical strength and overall rigidity. The sintered filter meshes of the layers of the screen are interlaced to form a uniform and ideal filtering structure, which not only overcomes the shortcomings of low strength, poor rigidity, unstable mesh shape, but also the pore size of the material. The permeability and strength characteristics are reasonably matched and designed, so that sintered filter mesh has excellent filtration precision, filtration resistance, mechanical strength, wear resistance, heat resistance and processability.