Advantages of Ultrasonic Fully Automatic Filters

　　Ultrasonic Fully Automatic Filter Widely used in municipal wastewater, domestic water, oilfield recovery filtration, metallurgy, food, landscape aquaculture, etc. The system operates safely and stably, is easy to maintain, and has low operating costs.

　　Ultrasonic Fully Automatic Filter It is a multi-functional filter that applies ultrasonic technology to water treatment, combining ultrasonic cleaning with 20kg high-pressure semi-cleaning. Using a 316L stainless steel sintered membrane with a filtration accuracy of up to 2 microns as the filter material, it can be used for a lifetime without replacing the filter, saving water, electricity, and offering ultrasonic sterilization, disinfection, COD reduction, and prevention of filter contamination. As a rare filtration product preferred in the broadband water treatment industry, the ultrasonic fully automatic filter is a replacement for traditional filtration equipment. Related product categories: purification equipment, water filter equipment, water treatment equipment, self-cleaning filter, fully automatic backwashing filter, differential pressure filter, water filter, high-precision filter. It can be used as a substitute for multi-media filters, disc filters, sand filters, and sand filters.

　　Technical Features and Innovations

　　1. Ultrasonic application in the field of water treatment technology has multiple functions, including mixing, decomposition, oxidation, condensation, sterilization, algae removal, disinfection, removal of cod and grease, and prevention of filter fouling. Filtration accuracy can reach 2 microns.

　　2. Through its own search and strain functions, it can achieve automatic backwashing to cope with unstable water quality fluctuations without manual intervention.

　　3. The ultrasonic fully automatic filter control system is responsive and accurate, with dual settings of differential pressure and time. It can flexibly adjust the backwashing differential pressure or time setting according to different water sources and filtration accuracy.

　　4. The organic combination of ultrasonic cleaning and high-pressure backwashing makes the filter cleaning more efficient and thorough. The filter can be completely restored to its initial state and can be used for a lifetime without replacement.

　　5. The ultrasonic fully automatic filter does not interrupt normal water production during backwashing, ensuring continuous operation and stability.

　　6. The backwashing time is short, and the backwashing water consumption is only 0.001%~0.002% of the normal output, saving water and energy.

　　7. The compact and reasonable structural design occupies a small area, and the installation and movement are flexible and convenient.

　　8. The ultrasonic fully automatic filtration equipment has low consumables, no consumables, low operating and maintenance costs, and simple operation and management.

　　9. Wide range of applications, applicable to different raw water qualities and water requirements.

　　Let's take a look at the working principle of the filter.

　　Filter

　　The fully automatic filter uses the filter to directly intercept impurities in the water, removing suspended solids and particulate matter, reducing turbidity, purifying water quality, reducing system fouling, algae, and corrosion, thereby purifying the water quality and protecting the normal operation of other equipment in the system. Due to the intelligent (PLC, PAC) design from the water inlet to the fully automatic filter body, the water enters from the inlet, first passing through the coarse filter to filter out large particles of impurities, then reaching the fine filter. During the filtration process, the micro-filter gradually accumulates dirt and impurities in the water, forming a filter impurity layer. Because the impurity layer accumulates inside the micro-filter, a differential pressure is formed inside and outside the micro-filter.

　　After the pressure difference of the filter reaches the preset value, the automatic cleaning process will begin. During this period, the purified water supply continues to flow, the cleaning valve opens, the water pressure in the cleaning chamber and the suction device drops sharply, the pressure of the filter cylinder and the suction pipe drops, and the suction between the suction pipe and the cleaning chamber is generated through the suction port, forming a pollution absorption process. At the same time, the electric motor causes the air intake pipe to spiral along the axial direction. The combination of the axial and rotational movements of the suction device completely cleans the entire inner surface of the filter. The entire cleaning process only takes tens of seconds. The sewage valve closes at the end of the cleaning. The filter begins to prepare for the next refresh cycle.