Uncover The Characteristics, Principles, Uses, And Application Fields Of PP Wire Wound Filter Elements

The wire wound filter element is a deep layer filter element, which is used for filtration with low viscosity and low impurity quality. It is made of textile fiber lines (polypropylene fiber lines, degreased cotton lines, etc.), which are precisely wound on the porous framework (polypropylene or stainless steel) according to specific processes. It has a honeycomb structure with sparse outside and dense inside, and can effectively remove suspended solids, particles, rust and other impurities in the fluid. It has excellent filtration characteristics.
A well wound wire wound filter element can demonstrate the filtering effect of a deep type filter material. The ideal condition is that it becomes denser and denser from the outside to the inside. Therefore, when winding, the density of the filter material must be controlled by the thickness of the wire or different winding tension. A wound filter element with this inner dense and outer sparse structure can have the deep effect of a deep type filter material, effectively improving the filtering efficiency and intercepting more dirty particles. The filtration accuracy of wire wound filter materials is determined by the thickness of the wire and the density of the winding. The finer the wire, the closer it can be pressed together, the smaller the pores, and the higher the accuracy; Similarly, the denser the wire structure, the higher the filtration accuracy. However, during the filtration process, the filter material must also be able to maintain its specific structure and pore size in order to provide stable and uniform filtration quality.
Characteristics
High filtration accuracy, small pressure difference, large flow rate, large pollutant capacity, and long service life;
The filter aperture is small inside and large outside, with good deep filtration effect;
The filter element is made of various materials to ensure various liquid filtration requirements and achieve the best filtration effect.
Principle
The wire wound filter element is formed by winding textile fibers onto multiple skeletons in a specific way. By controlling the winding density of the filter element during winding, different filtering accuracy filters can be made. The filter cartridge has a large outer diameter and a small inner diameter, providing excellent deep filtration effect.
Efficacy
The wire wound filter element can effectively remove suspended solids, particles, etc. in the liquid, with high flow rate, low pressure loss, high filter residue load, long service life, and can withstand high filtration pressure. According to the properties of the filtered liquid, the filter element has a variety of different materials to choose from, making the filter element and the filtrate have good compatibility.
Main uses of wire wound filter element
1. Food and beverage industry: mineral water, syrup, alcohol, edible oil, beverage water, cola beverages, etc.
2. Electronic industry: pure water, organic solvents, printed circuit boards, electroplating, etc.
3. Petroleum and chemical industry: Petrochemistry products, drugs, cosmetics, coatings, photosensitive liquid, ink, acrylic fiber raw materials, photographic developing liquid, grease, etc.
4. Industrial hydraulic oil, lubricating oil, cutting oil, and other industrial oils.
5. Pharmaceutical industry syrup, alcohol, prepared water, VC raw materials, tetracycline solution, soil toxin solution, injection injection injection, etc.
6. Other: resin lenses, bearing cleaning, laser cooling water, ultrasonic cleaning solution, electroplating solution, etc.
Product application field
1. Filtered water, such as medium and large Ultrapure water system, is pre filtered, and water for beverage industry is pre filtered
2. Food industry filtration: such as filtration of edible oil and vegetable oil, filtration of various slurries such as syrup and chocolate;
3. Chemical industry filtration: such as the filtration of electroplating solutions, paints, oils, and coatings, the filtration of mechanical oils, cutting oils, heavy oils, and fuel oils, the filtration of high viscosity resins and fats, and the filtration of pharmaceuticals;