What is the processing capacity of a 2-inch, 3-unit irrigation layered filter?

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Release time:

2020-06-15

The 2-inch, 3-unit irrigation disc filter achieves a cleaning effect unmatched by other filters due to the complete opening of filter pores during backwashing and the centrifugal jet action. Each filter unit's backwashing process takes only 10 to 20 seconds. Users can add or remove filter units as needed, offering flexibility and interchangeability. It can make flexible use of on-site corner space, adapting to local conditions for space-saving installation. When backwashing is complete, the water flow direction changes again, the discs are compressed again, and the system re-enters the filtration state. Due to its ability to operate stably under demanding conditions and require minimal maintenance, it is widely used in irrigation, wastewater treatment, sewage regeneration, municipal water supply, waterworks, large power plants, chemical enterprises, and emergency filtration. The 2-inch, 3-unit irrigation disc filter's salt and corrosion resistance is superior to other more expensive metal alloy filtration equipment.
In the unit, the discs of the disc filter are tightly compressed and stacked together, and the grooves between the upper and lower discs act as a filtration interception. Zhejiang disc filters are a type of self-cleaning filter, using multiple technologies for safer, more water-saving, space-saving installation and less daily maintenance. The filter element has a springless design. During filtration, the incoming water pressure cleverly compresses the disc assembly, greatly reducing the backwashing pressure requirement. Impurities of a certain size can enter the interconnected curved ridges along the annular ridges, while larger impurities are intercepted.
The unique structure of the disc filter's filter discs also makes the backwashing process of flushing out contaminants simpler and easier, without the need for complex motors and actuators. A simple water flow is sufficient to flush out contaminants from the filter element. This excellent performance reduces the backwashing time of the filter; at the same time, since contaminants are not only stored between the disc assembly and the shell, but more can be stored inside the disc assembly, the filter can accommodate more contaminants.

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