The Auto Backwash Filter Housing is an industrial automatic filter that provides a variety of comprehensive applications, especially for industrial wastewater treatment. And it is one type of self cleaning filter housing.

The automatic backwash self-cleaning filter housing is an indispensable solution for effectively filtering particulate impurities in high-flow, high-velocity, and low-viscosity fluids, especially suited for industry water/wastewater treatment, such as oil field reinjection water, circulating cooling water, groundwater, surface water turbidity purification, boiler return water, landscape Water, municipal green space spraying, agricultural sprinkler irrigation and other water filtration fields., etc. It operates by utilizing multiple filter elements to directly intercept and remove impurities from the water, significantly improving water quality in various industrial water and wastewater treatment applications.

1. Impurity Removal: This advanced filtration system excels at removing suspended solids and particulate matter from water, which is crucial for maintaining high water quality standards in industrial processes.

2. Turbidity Reduction: By effectively reducing turbidity, the automatic backwash filter plays a pivotal role in purifying water quality. This is especially vital in industries where crystal-clear water is essential for optimal performance.

3. System Protection: One of its primary advantages in industrial water treatment is safeguarding precision equipment. The filter prevents impurities like algae, rust, and bacteria from entering the system, ensuring the smooth and reliable operation of downstream machinery.

4. Electromechanical Integration: The filter is a seamlessly integrated electromechanical product that combines a robust shell, a wedge wire filter element, a backwashing mechanism, an electric control box, a reducer, an electric valve, and a differential pressure controller. This comprehensive design enhances its reliability and efficiency.

5. Cost-Efficiency: The automatic backwash filter is known for its low operating costs. It optimizes filtration by enabling continuous filtration during backwashing, reducing downtime and maintenance expenses.

6. Wide Range of Applications: This versatile filtration solution finds extensive use in various industrial sectors. It is employed in domestic water supply, production process water supply, water pretreatment, oilfield reinjection water, circulating cooling water, groundwater purification, surface water turbidity removal, boiler return water, landscape water features, municipal green space spraying, agricultural sprinkler irrigation, and more.

In industrial water and wastewater treatment, the automatic backwash filter excels in maintaining water quality standards and protecting critical equipment. It effectively removes impurities, reduces turbidity, and ensures a continuous, reliable filtration process. Its adaptability to diverse applications makes it a valuable asset in industries where water quality is of utmost importance. Invest in this filtration solution to benefit from enhanced industrial water treatment processes, reduced maintenance costs, and improved overall efficiency.

1. Automatic continuous online filtration: cleaning the filter elements one by one during backwashing, while other filter elements continue to work, achieving uninterrupted filtration and reducing production and maintenance costs

2. Large filtration area: multiple filter elements inside, the effective filtration area is 5~8 times of the inlet area, High efficiency, good effect, short time consumption, saving liquid.

3. High-efficiency filter element: wedge-shaped wire structure filter element, uniform filter gap, high-efficiency backwash, high-strength structure, can use 304, 316L, 2205/2507, C276, Ti, and other materials to meet different filtration requirements fluid

4. Easy operation: simple and friendly human-computer interaction interface, intuitive and easy to operate. A PLC control system is adopted, which has high reliability and ensures efficient operation of the filter.