Wire wound filter elements are deep-bed filters designed for filtering high-viscosity, low-impregnation materials. They are made from textile fiber yarn (polypropylene, absorbent cotton, etc.) precisely wound around a porous framework (polypropylene or stainless steel) using a specific process.
Wire Wound Filter Element
Product Introduction
Wire wound filter elements are deep-bed filters designed for filtering high-viscosity, low-impregnation materials. They are made from textile fiber yarn (polypropylene, absorbent cotton, etc.) precisely wound around a porous framework (polypropylene or stainless steel) using a specific process. They feature a honeycomb structure with a dense, open exterior and a dense interior. They effectively remove suspended matter, particulates, rust, and other impurities from fluids, demonstrating excellent filtration properties.
Product Features
1. Wire-wound filter elements are made of tightly wound textile yarns wrapped around a porous framework. Controlled winding density and pore shape create filter elements with varying filtration accuracies. 2. Capable of withstanding high filtration pressures. 3. Excellent chemical compatibility. 4. Filter elements can be made from a variety of materials to accommodate various liquid filtration needs. 5. The pore size is dense on the inside and sparse on the outside, resulting in excellent deep filtration. 6. Effectively removes suspended solids and particles from liquids with minimal pressure drop and a high dirt holding capacity.
Product Specifications
Name : Wire Wound Filter Element
Material : Polypropylene Wire/Absorbent Cotton Thread/Fiberglass Fiber + Polypropylene (PP) Frame/Stainless Steel Frame
Filter Rating : 1-100 microns
Applications
1. Pre-filtration of general drinking water;
2. Filtration of acidic and alkaline liquids in industrial chemical processes;
3. Filtration of chemical raw materials and organic solvents;
4. Filtration of imaging liquids and inks;
5. Pre-filtration of sterile and ultrapure water;
6. Filtration of industrial water and electroplating solutions.
Technical Specifications
Maximum Pressure : 0.1 kgf/cm²
Working Pressure Differential : 0.1 kgf/cm²
Maximum Pressure Differential : 2 kgf/cm²
Maximum Operating Temperature :
Polypropylene Thread - Polypropylene Frame ≤ 60°C
Polypropylene Thread - Stainless Steel Frame ≤ 80°C;
Absorbent Cotton Thread - Stainless Steel Frame ≤ 120°C;
Glass and Fiber Thread - Stainless Steel Frame ≤ 180°C.
