I. Product Characteristics

Structural Features:
The wire-wound filter boasts an outer-loose, inner-dense, honeycomb-like structure, which enables it to more effectively intercept impurities during filtration. The filter's pore size gradually decreases from the exterior to the interior, a design that enhances filtration efficiency and traps more contaminants.

Filtration Performance:
The wire-wound filter effectively removes suspended solids, particles, rust, silt, and other impurities from liquids, demonstrating excellent filtration results. Its filtration accuracy can be adjusted as needed by controlling the winding density to achieve various levels of filtration precision.

Durability:
The wire-wound filter can withstand high filtration pressures, making it suitable for various filtration scenarios. It also exhibits strong sludge-holding capacity, leading to a relatively long service life.

Materials & Compatibility:
The wire-wound filter is available in diverse materials such as polypropylene yarn and degreased cotton yarn, allowing for the selection of a suitable material based on the properties of the liquid being filtered, ensuring good compatibility between the filter and the filtrate.

Flow Rate & Pressure Loss:
During filtration, the wire-wound filter provides a high flow rate with minimal pressure loss, contributing to the stable operation of the system.

II. Working Principle
The wire-wound filter operates through physical filtration, eliminating impurities, particles, and other substances from liquids or gases. As the liquid or gas passes through the filter, these contaminants are intercepted by the filter pores, preventing their passage while allowing clean liquid or gas to flow through smoothly.

III. Application Fields
Thanks to its superior filtration performance, the wire-wound filter is widely utilized in numerous sectors, including but not limited to:

Electronics Industry: Applicable to liquid filtration in industries such as semiconductors, optics, and precision machinery, ensuring product quality and reliability.

Pharmaceutical Industry: Used for liquid filtration in pharmaceutical processes to remove microorganisms, bacteria, and other impurities, safeguarding drug purity and safety.

Food Industry: Employed in food processing for liquid filtration, removing particles, fats, and other impurities to ensure food quality and safety.

Automotive Industry: Suitable for liquid filtration in automotive engines, like oil filters and oil-water separators, maintaining engine operation.

Environmental Industry: Plays a crucial role in wastewater treatment, exhaust gas treatment, and other areas, eliminating suspended solids and harmful substances to protect the environment.