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Advantages of Sintered Metal Filters

Filtration technology utilizing sintered metal media provides excellent performance for separation of particulate matter from either liquid or gas process streams (i.e., liquid/solids and gas/solid separation) in numerous industrial liquid and gas filtration applications. Sintered metal filter media, fabricated from either metal fibers or metal powders into filtration elements, are widely used the in the chemical process, petrochemical and power generation industries. Applications require particulate removal to protect downstream equipment, for product separation, or to meet environmental regulations. Sintered metal media provide a positive barrier to downstream processes. Sintered metal media have demonstrated high particle efficiency removal, reliable filtration performance, effective backwash capability, and long on-stream service.  Along with the filtration efficiency consideration, equally important criteria include corrosion resistance, mechanical strength at service tempera...

what is a DSM screen?

The DSM screen is a curved concave wedge bar type of stationary screen made to be rugged, compact, efficient, and easy to operate. Widely used in various filtration and screening, like mineral processing, chemical industry, food processing, pulp and paper, and waste treatment. Genellary, DSM screens consist of wedge wire profiles and support profiles. The material adopts stainless steel. What types of DSM screens are there? Our full line of DSM Screens is available in the following types: 45°, 60°, 120°, 270°, 300°, and others. As the saying goes, Every Field Has Its Master. Each screen has its own unique use. For example: · The 45° DSM Screen is best suited for thickening and screening. · The 120° type DSM Screen is capable of thickening pulp, recovering fiber, or separating fiber as small as 100 microns in length from water suspension. How does the DSM screen work? According to the manufacturer, the adjacent Profile Wires are positioned perpendicular to the process flow and thus ena...