Self-cleaning filter is a filter equipment that can remove the trapped impurities through an automatic cleaning mechanism, which is widely used in industrial, agricultural, municipal, seawater desalination and other fields. This filter uses water pressure to self-clean, without manual intervention, can run continuously, improve work efficiency, reduce maintenance costs.
Self-cleaning filters are widely used in many industries because of their automation and high efficiency. For example, in agricultural irrigation systems, self-cleaning filters can effectively remove impurities from water, ensure the cleanliness of irrigation water, and improve crop yields. In the industrial field, self-cleaning filters are used in cooling water systems, wastewater treatment systems, etc., which can effectively remove suspended solids and oil in water to ensure the normal operation of the system.
The right-angle self-cleaning filter adopts a unique right-angle structure design, which enables the water flow to achieve efficient filtration when passing through the filter. This design not only increases the filtration area, but also improves the filtration efficiency. In addition, the right-angle design is easy to install and maintain, and is suitable for a variety of complex piping systems.
Right-angle self-cleaning filter In the working process, water flow from the inlet into the filter, through the filter, impurities are trapped on the surface of the filter. With the accumulation of impurities, the pressure difference inside the filter gradually increases. When the pressure difference reaches the set value, the self-cleaning mechanism is triggered. The system automatically starts the cleaning procedure, removes the impurities on the filter screen by backwashing or scraper, and restores the filtering capacity of the filter.
TIThe sucking self-cleaning filter adopts a unique sucking structure design, which generates negative pressure through the internal sucking device to absorb impurities on the filter screen. This design not only improves cleaning efficiency, but also reduces water consumption during cleaning. In the working process of the sucking self-cleaning filter, when the impurities trapped by the filter reach a certain amount, the system automatically starts the cleaning procedure. The sucking device creates negative pressure through the internal pipe to suck the impurities from the filter screen. The impurities after cleaning are discharged through the sewage outlet, and the whole cleaning process does not need to interrupt the normal operation of the system. The advantages of sucking self-cleaning filters include efficient cleaning, low water consumption, automatic operation, etc. This filter is widely used in water treatment, chemical, food and beverage industries, especially in the need for high-precision filtration and low maintenance costs, especially excellent performance.n the working process of the scraper self-cleaning filter, when the impurities trapped by the filter screen reach a certain amount, the system automatically starts the cleaning procedure. The driving mechanism drives the scraper to rotate, and the scraper moves along the surface of the filter screen to remove the attached impurities. The impurities after cleaning are discharged through the sewage outlet, and the whole cleaning process does not need to interrupt the normal operation of the system. 3.3, Application scenarios Scraper self-cleaning filter is suitable for processing high viscosity or containing a large number of suspended liquids, such as petrochemical, paper, food processing and other industries. In these industries, the scraper self-cleaning filter can effectively remove solid particles in the liquid to ensure the smooth progress of the production process.he advantages of right-angle self-cleaning filters include efficient filtration, automatic cleaning, and compact structure. This filter is widely used in municipal water supply, industrial water treatment, agricultural irrigation and other fields, especially in the need for high-precision filtration and continuous operation, the performance is particularly good.
The scraper self-cleaning filter is mainly composed of filter screen, scraper, driving mechanism and control system. The filter is responsible for catching impurities in the water flow, and the scraper removes the scale on the filter during the self-cleaning process. The drive mechanism controls the motion of the scraper, while the control system monitors the filtering status and triggers the self-cleaning operation.
Modular filter system design is flexible and consists of a number of independent filter modules. Each module contains complete filtering and self-cleaning functions that can be combined and expanded according to actual needs. This design not only improves the adaptability of the system, but also facilitates maintenance and upgrading. Modular advantages The modular design of modular filtration systems brings many advantages. First, the system can flexibly increase or decrease the number of modules according to the needs of the processing volume, achieving efficient expansion. Secondly, each module can be maintained and cleaned independently, reducing the downtime of the system. In addition, the modular design also facilitates the upgrading and transformation of the system to adapt to new processing requirements. Modular filtration systems are widely used in water treatment, chemical, food and beverage industries. Especially in large water treatment plants and industrial production processes, modular filtration systems can provide stable and reliable filtration performance to ensure the continuity and safety of the production process.
The tubular automatic backwash filter consists of a series of parallel filter tubes, each of which is equipped with a screen inside. This structural design not only increases the filtration area, but also improves the filtration efficiency. In addition, the tubular design facilitates backwash operation and can effectively remove impurities from the filter screen. Backwashing mechanism In the working process of the tubular automatic backwashing filter, when the impurities trapped by the filter reach a certain amount, the system automatically starts the backwashing procedure. In the process of backwashing, the water flows backward through the filter screen to wash away the attached impurities. The backwashing process is fast and effective, restoring the filter's filtration capacity in a short time. The advantages of the tubular automatic backwash filter include efficient filtration, automatic backwash, compact structure, etc. This filter is widely used in water treatment, chemical, pharmaceutical and other fields, especially in the need for high-precision filtration and continuous operation, the performance is particularly good.
Vertical self-cleaning filter adopts vertical installation mode, small footprint, suitable for space-limited occasions. The internal structure of the filter is simple, mainly composed of the filter screen and cleaning mechanism, which can automatically complete the cleaning without affecting the operation of the system. The vertical self-cleaning filter is easy to operate and maintain. During the automatic cleaning process, the system automatically starts the cleaning process through internal pressure difference or time control, without manual intervention. In addition, the vertical design is easy to observe and maintain, reducing the labor intensity of the operator. Vertical self-cleaning filter is widely used in water treatment, chemical industry, mining and other fields. Especially in water treatment plants and industrial production processes, vertical self-cleaning filters can provide stable and reliable filtration performance to ensure the continuity and safety of the production process.
The multi-column self-cleaning filter consists of a plurality of filter columns, each of which has an independent filtration and self-cleaning function. This system design improves overall processing power and reliability, and is suitable for high flow and high precision filtration requirements. During the working process, water flows through each filter column, and impurities are trapped by the filter screen. When the system detects that the pollution level of the filter reaches the set value, it automatically starts the self-cleaning procedure. During the cleaning process, part of the filter column continues to work to ensure uninterrupted system operation. The advantages of multi-column self-cleaning filters are their efficient processing power and automated operation. The system can monitor the status of each filter column in real time, and automatically adjust the cleaning cycle to ensure the filtering effect. In addition, the multi-column design is easy to maintain and expand, improving the flexibility and adaptability of the system
Backwash filters use reverse water flow to remove impurities from the screen. When the filter has accumulated a certain amount of impurities, the system automatically starts the backwash procedure, and the impurities are washed out of the filter through the reverse water flow to restore the filtration capacity of the filter. Operation Features The backwash filter is easy to operate, and the automatic backwash process is fast and effective. The system can automatically start the backwash procedure according to the pressure difference or time setting without manual intervention. In addition, during the backwashing process, the system can still maintain a certain filtration capacity to ensure continuous operation. Backwash filter is widely used in water treatment, chemical industry, mining and other fields. Especially in water treatment plants and industrial production processes, backwashing filters can provide stable and reliable filtration performance to ensure the continuity and safety of the production process.
