The primary applications of metal sintered mesh filter elements are as follows:
1) They serve as dispersed cooling materials in high-temperature environments.
2) They are utilized as orifice plate materials for gas distribution and liquidized bed applications.
3) Metal sintered mesh filter elements are employed as high-precision and high-reliability materials for high-temperature filtration.
4) They are used in high-pressure backwash oil filters.
Metal sintered mesh filter elements find application in the following areas:
- High-pressure medium filtration
- Oil sand separation in oil fields
- Filtration of machinery, ships, fuel, lubricating oil, and hydraulic starting oil
- Chemical industry equipment for process filtration
- High-temperature gas dust removal
- Food filtration
- Medical filtration
- Water treatment
Metal powder sintered filter elements possess the following excellent properties:
1: They exhibit good filtration performance within the range of 0.5 to 200μm.
2: The shape of the elements remains stable, and they exhibit high strength.
3: They can withstand high temperatures (up to 900°C).
4: They possess strong corrosion resistance.
5: They are resistant to impact and high alternating loads.
6: They demonstrate excellent air permeability and separation.
7: The backwashing effect is favorable, and the elements are easy to regenerate.
Stainless steel wire mesh filter
powder titanium sintered filter
Due to their exceptional performance, metal powder sintered filter elements are extensively used in various industries including petrochemical, chemical, fine chemical, coal chemical, food and beverage, nuclear power, shipbuilding, and automobile manufacturing.
They are particularly well-suited for the following applications:
1: Catalyst filtration.
2: Filtration of liquids and gases.
3: Recovery and filtration of mother liquor in PTA production.
4: Filtration in the food and beverage industry.
5: Boiling vaporized bed applications.
6: Flushing out air bubbles from liquids.
7: Fire and explosion-proof applications.
8: Providing balanced and damped airflow.
9: Protecting sensor probes.
10: Filtration and muffling in pneumatic equipment.
11: Treatment of fly ash.
12: Gas homogenization and pneumatic conveying in the powder industry.
