Sintered Metal Mesh Filter Tube & Screen

Product

Sintered metal mesh filtration mesh basket filters are primarily used for coarse filtration with low contamination, but may be used at high pressures. The direction of flow is usually from the inside out, so dirt/impurities can be filtered through the Sintered Metal Mesh Filter Tube & Screen and then easily removed during maintenance or automatic backwashing. Basket filters are absolutely washable and reusable.

As far as pipework systems are concerned, filters are very important for the protection of equipment such as pumps, instruments, valves and other mechanical components. against potential damage caused by impurities and other foreign particles carried by process fluids (oil, water, etc.).

Sintered metal mesh filter tube & screen is the most commonly used material for filter basket filters. Because this C-shaped sintered wire mesh is self-supporting and easy to form, and because it can withstand higher pressures than ordinary mesh, spot-welded wire mesh.

sintered metal mesh filter basket strainer with hand grip bar

Sintered Mesh Strainer Basket Filter

sintered metal mesh filter basket strainer with grip band

Because the mesh layers are fused at the contact points, sintered mesh baskets are ideally suited for use in basket filters where back pressure conditions may exist. The mesh does not separate from the perforated tube when the fluid flows backwards from outside to inside. Sintered metal mesh filter tube & screen with angled openings have a larger inlet because of the angle between the basket flange and the filter body.

sintered mesh filter basket with angle and slanted inlet opening

sintered mesh filter basket with angle and slanted inlet opening

Customisation of sintered metal mesh filter tube & screen

316 (1.4401), 316L (1.4404), 304, 304L stainless steel are the standard materials for sintered wire mesh filter basket filters.
Other exotic materials such as 310S, 904L, Hastelloy C276, Hastelloy C22, Monel 400, Inconel 625, etc. are available upon request.
Hardware/end fitting materials can be different from sintered metal mesh.

Query

FAQ's

Yes. By working closely with clients, design filter levels, operating parameters, dimensions, and styles.

Our experienced team of professional engineers is dedicated to developing the best filtration solutions, from initial conceptual design to manufacturing and validation, and then to service support.

Each of our filters or filtration systems fully meets the specified requirements, all of which are recorded as recognition of our work quality.

Yes, we have ISO certificates and patent certificates.

With the help of pressurized water or air backwashing, you can clean your industrial water filter. Therefore, if the water is highly polluted, such as rivers or groundwater, it takes 2-3 days to clean the filter. But if the water is clean, it can be cleaned in 2-3 weeks. In some filter systems, there is an automatic backwash system that automatically cleans the filter when it becomes clogged.

There are many ways to keep you going. Maintenance is crucial for industrial water filters to achieve sufficient filtration and long-term use. To avoid being shut down, you must clean and replace your filter element according to the manufacturer's instructions.

Plan to regularly inspect the internal screen components.
Arrange regular inspections of electronic control systems.
Arrange to regularly add lubricating grease to bolts and sealing components.
Regularly inspect the filter housing for paint peeling off..

Many industrial water filters need to be replaced within 18 months. Usually depends on the degree of pollution and frequency of use. Therefore, these factors will determine the service life of commercial water filters.

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