how a typical automatic self-cleaning filter works:

Filtration Process: Fluid flows through the filter, and particles or impurities are trapped on the filter media or surface.

Accumulation: Over time, the trapped particles accumulate on the filter element, causing a pressure drop across the filter and potentially affecting the efficiency of the filtration process.

Detection: Automatic self-cleaning filters often incorporate sensors or monitoring devices to detect changes in pressure, flow rate, or other parameters that indicate the need for cleaning.

Cleaning Mechanism Activation: When the filter reaches a predetermined level of contamination, the cleaning mechanism is activated. This can be triggered by a timer, differential pressure switch, or other control mechanism.

Cleaning Process: The cleaning mechanism typically involves reversing the flow of fluid, backflushing, or mechanically agitating the filter element to dislodge and remove the accumulated debris. This can be achieved using mechanisms such as rotating brushes, jets of water or air, or vibration.

Disposal of Debris: The dislodged particles or debris are then flushed away from the filter and collected or discharged from the system.

Return to Filtration: Once the cleaning cycle is complete, the filter returns to its normal filtration mode, ready to continue removing impurities from the fluid.

Product Parameterss

Applicated in below industry:

Food and drink: juice, honey, syrup filtration.

Water treatment: urban water supply, industrial water filtration; Power plant condensate filtration.

Metal processing: cutting fluid and coolant filtration; Lubricating oil filtration.

Fine chemicals: catalyst, fermentation liquid filtration; Filtration of cosmetics raw materials and finished products.graphene

Petrochemical industry: aviation kerosene filtration; Oil and fuel filtration.

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