The wedge wire filter element, also known as a wedge wire mesh, is made from a V-shaped profile wire and a longitudinal support bar. Each intersection of these wires is welded to give it a rugged construction and good mechanical properties. The profile line and the support bar can be axial or radial
We offer a full line of diffusion bonded sintered wire mesh and sintered wire mesh filtration products under the SinterPoreTM brand.A sintered metal mesh is a wire filter cloth made by pressing a multi-layer stainless steel woven wire mesh and then sintered together in a vacuum furnace. This filter
The stainless steel sintered mesh is a filter cloth which is formed by pressing a multi-layer woven wire mesh and then sintering it in a vacuum furnace. This filter cloth is much better than ordinary metal woven mesh, with good strength, hardness and good opening positioning. Its overall performance
Sintered metal powder filterSintered metal powder filter elements (porous metal filters) are ideal for process filtration applications that require high strength and excellent corrosion and temperature resistance.Made from isostatically pressed and sintered metal powders to ensure excellent powder u
The sintered mesh filter element is made of a multi-layer sintered wire mesh, usually a 5-layer stainless steel wire mesh. Our sintered filter elements are more rugged, breathable, filterable and easy to wash back. In addition to the above advantages, the sintered mesh filter element also has corros
The sintered powder filter is also called a metal porous sintered filter, and is made of titanium or stainless steel powder. It is a new material for filtration. It loads stronger thermal stresses and shocks and can work in higher temperatures and corrosive media. It can be welded, felted and machin
Sinter filter introduction:
PA sintered filter (ie PA filter, PAC filter, PA decarbonization filter) uses ultra-high polyethylene and carbon fiber as the main raw materials, the material meets GMP, FDA requirements. Each sinter filter is tested for bubble uniformity before leaving the factory to ensure uniform micropore distribution.