2. Suction-Type Self-Cleaning Filter Raw water enters the filter through the inlet and first passes through the coarse filter element, which removes larger particles of impurities. The water then reaches the fine filter screen, where smaller particles are filtered out, and the clean water is…
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Brush-Type Self-Cleaning Filter The brush-type self-cleaning filter consists of key components such as a motor, electrical control box, control pipeline (including control valves and differential pressure transmitters), main assembly, filter element, 316L stainless steel brush, frame assembly, drive shaft, and inlet/outlet flanges. The electrical control…
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The automatic backwash filter is an efficient, electromechanical, fully automated filtration device. It is compact, space-saving, and easy to use. The equipment adopts advanced intelligent control technology, making system parameter adjustments simple and ensuring effective cleaning. Filter Maintenance: Due to its structure, impurities will accumulate…
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The self-cleaning filter is a precision device that directly intercepts impurities in water using a filter screen, removing suspended solids, particulates, and reducing turbidity. It purifies the water and minimizes system fouling, algae, rust, and other issues to protect other equipment and maintain optimal system…
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Backwash Filter The Fully Automatic Backwash Filter is a highly efficient water treatment device widely used in agricultural irrigation, industrial water treatment, and as a pre-treatment step in water processing systems. Working Principle The fully automatic backwash filter removes suspended solids, sediment, and microorganisms from…
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1. Product Introduction The fully automatic self-cleaning filter operates based on mechatronic principles, controlled by a self-programmed system. It achieves a fully automated process of filtration, cleaning, and discharge. This device uses a composite multi-cylinder filtration system, allowing it to continue filtering and supplying liquid…
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Automatic Backwash Filter features a compact structure, a small footprint, and ease of use, making it a fully automated, electromechanical filtration system. The system parameters are easy to adjust, and the cleaning results are visible. It offers significant advantages such as effective filtration, long-term reliable…
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Uniform Wedge Wire Winding Density and Smooth Surface: The filter element has a uniformly wound wedge wire structure with a smooth, burr-free surface. Incomplete cleaning of suspended impurities can clog the filter element, thereby affecting its filtration performance. Additionally, if the winding density of the…
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For high-flow, low-pressure Self Cleaning Filters with a design pressure below 10 bar, it is recommended to use filters with woven mesh elements (screens). For low-flow, high-precision, high-pressure clean water filters, it is recommended to use filters with wedge wire elements (screens). For filters treating…
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Working Principle: (1) Normal Filtration Process: (2) Backwash Filter - Regular Cleaning: During regular cleaning, the flow direction valve remains open. When the filter screen has collected enough small particles and suspended solids, you can open the drain valve. The water will flush the collected…
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