The Stainless Steel WedgedWire Mesh Filter

https://www.toptitech.com/non-ferrous-metal-products/other-metal-materials-and-productions/the-stainless-steel-wedged-wire-mesh-filter.html

The stainless steel wedgedwire mesh filter uses metal wedge wire mesh as the filter element, which has the advantages of high mechanical strength, high pressure difference resistance, and easy flushing and regeneration; the nearly two-dimensional filter has no dead spots for particle accumulation, and the wedge-shaped gaps can be gathered during back-washing. Back-washingeffect is good.

The stainless steel wedged wire mesh filter element is easy to leak, wear-resistant and corrosion-resistant. The mesh has a trapezoidal cross section, and the gap is large at the bottom and narrow at the top. The whole wedge mesh is welded by wedge wire and supporting structure. There is an appropriate line spacing between the wedge wires arranged in parallel, which determines the filtration area.

Product Parameters

Brand: TOPTITECH

Material: SS304, SS316L

Filtration accuracy: 25um-800um

Operating pressure: 5Mpa

Shape: Flat, Cylindrical

Features

1.Strong mechanical construction, able to tolerate significant pressure variations;

2.The filter gap is consistent, allowing for the formation of a fairly homogenous filter cake that is helpful for backwash regeneration;

3. Strong backwash regeneration ability;

4. Pressure-resistant, temperature-resistant, corrosion-resistant, applicable to various fluids.

Applications

Stainless steel wedgedwire mesh filter elements are widely used in drinking water treatment, building circulating water treatment, industrial circulating water treatment, sewage treatment, mining industry water treatment, golf course water treatment, construction, steel, petroleum, chemical industry, electronics, power generation, textile, paper making , food, sugar, pharmaceuticals, plastics, automotive industries and other fields.

1.The petrochemical industry, which uses catalytic reaction, hydrodesulfurization, styrene dehydrogenation, ammonia conversion, isomerization, and other up-down and radial flow processes;

2. Sewage treatment and flood system: water inlet, basement supply, carbon and resin retention, demineralization method softening and ion exchange, sand, dual and mixed media filtration, wastewater sludge treatment;

3. screening, coal drying, starch filtration, pulp and plant fiber filtration, and beverage filtration are all involved in the processing of minerals, paper, and food;