Food Industry Stainless Steel Wire Mesh Filter Tube From 1um - 500 um
Wire Mesh filter tube or filter cylinder is a common type filter strainer, the stainless steel woven wire mesh and perforated metal welded in tube, cylinder and pipe shape to separate gas and liquid. And different layer number, different mesh size and different diameter thickness are required to ensure high accurate filtration fineness. Candle filter with perforated metal mesh has high bending and crimping resistance, which can provide rigidity and durability in applications. And they are mainly used in petroleum, pharmacy, chemical, water treatment and foodstuff industries.
Applications of wire mesh filter tube:
· Oil and Gas
· Pharmaceutical
· Aerospace
· Polymer
· Chemical Process
· Food & Beverage
· Waste Water Treatment
· Automotive
Materials The standard materials for this sintered wire mesh include SUS304 (AISI304), SUS316 (AISI316), and SUS316L (AISI316L). Aside from these, Hastelloy, Monel, Inconel and other special alloys can be applied according to customer's requirement as well. | Size The standard size is 500×1000mm, 600×1200mm, 1000×1000mm, or 1200×1200mm. In addition, other custom made size within this range is available.
|
JUMAO has rich experiences in producing wire mesh filter fittings including welded wire mesh tubes and cylinders. Mainly used in petroleum, chemical industry, pharmacy, foodstuff and water treatment. Major materials used are stainless steel woven wire mesh, perforated metal mesh, expanded metal and metal fiber web. The outside sizes and filtration rating can be custom made. We also produce raw material products: crimped wire mesh, perforated metal mesh.Our metal wire mesh filter tube is available in sheet and coil formats in aluminum, brass, carbon steel, copper, Monel, nickel, stainless steel, titanium, precious metals, and polymer materials. Filter media support can be improved and strengthened by integrating the metal mesh into or around the media itself. Metal mesh benefits filtration applications through large open areas for strength and support to the wire mesh filter media while allowing high throughput rates.