What is the structure principle of the wire wound filter element?

In daily work, the use method and working principle of the wire-wound filter element are the foundation of its function in work. Before using the wire-wound filter element, it is necessary to clearly grasp its structural principle. The wire-wound filter element is made of polypropylene (PP) textile fiber roving, and various line arrangement procedures are set according to a specific density to form filter holes, which are precisely wound on a porous polypropylene (PP) skeleton. The wirewound filter element product has a high filtration pressure, and the filter pore size is large in the outside and small in the inside. It has an excellent deep filtration effect and can effectively remove suspended particles in the liquid. The wire wound filter element is also called a cotton core. The wire wound filter element is mainly a textile fiber thread wound on a stainless steel porous frame to filter and remove impurity particles in the fluid; generally suitable for low viscosity and low impurity filtration, and general purification equipment In comparison, it is a deeper filtering. Common precision of wire wound filter element: 0.5μm; common outer diameter of wire wound filter element: 60mm, 62mm; common inner diameter: 28mm, 30mm; common length: 10 inch, 20 inch, 30 inch, 40 inch, 1 meter. The service life of the wire wound filter element is relatively long. For many filter elements, it is more prominent in terms of service life. It can effectively remove suspended particles in the liquid, rust and other sundries in the water treatment process; the wire wound filter element is multi-purpose Water treatment for household water, water treatment for electroplating plants and paint plants. It is widely used in the pretreatment of RO (reverse osmosis), NF (nanofiltration), UF (ultrafiltration), and EDI (electrodialysis) systems.