Against the backdrop of continuous upgrades in water purification technology, fiber balls, as an efficient filtration material, are attracting increasing attention from various industries.

This filtration material is made of high-quality polyester fibers as the core raw material, formed into a spherical structure through a knotting process. The unique distribution of fiber filaments gives it a much larger specific surface area than traditional quartz sand. During the filtration process, it can form a multi-layer interception structure, with a high removal rate of fine impurities in water, far superior to traditional filter materials.

In practical applications, the advantages of fiber balls are particularly prominent. In sewage treatment plants, systems using fiber ball filtration require significantly less backwash water than those using traditional filter materials, and the backwash time is obviously shortened, which can significantly reduce operational energy consumption. In the circulating water treatment of the power industry, it has good temperature resistance and can operate stably for a long time without fiber aging. In addition, in the field of drinking water purification, the turbidity of water filtered by fiber balls can be effectively controlled, meeting high-standard water quality requirements.

With the continuous improvement of environmental protection requirements, fiber balls will have a broader application prospect in municipal water supply, advanced treatment of industrial wastewater and other fields.