Fiber ball filter material is a spherical filtering material woven from polyester, polypropylene, or acrylic fibers. It possesses several outstanding performances, including good elasticity, the use of high-aldehyde polyester and shaped polyester yarn as raw materials, no floating on the water surface, large void spaces, long working cycles, and minimal head loss. The density of this filter material is 1.38g/cm³.

The fiber ball filter material achieves effective wastewater treatment by coming into contact with a large amount of biofilm adhered to its surface and oxygen through the repeated exposure to sewage. Due to its excellent performance, fiber ball filter material finds extensive applications in various water treatment industries.

In summary, fiber ball filter material stands out as an ideal choice in the field of water treatment, thanks to its superior filtration characteristics and durability.

Introduction to the Performance of Fiber Filter Balls

1. Lightweight and High Strength: Fiber ball filter material distinguishes itself with its lightweight quality and outstanding strength. This allows it to perform exceptionally well in water treatment, enduring various flow conditions and ensuring stable performance.
2. Stable Physical and Chemical Properties: Thanks to the use of high-aldehyde polyester and shaped polyester yarn, fiber ball filter material possesses stable physical and chemical properties, maintaining stability in different environmental conditions and proving to be durable.
3. Long-lasting Durability: This filter material, owing to the choice of materials and manufacturing processes, exhibits durability. Its extended lifespan makes it a reliable choice in the field of water treatment, sustaining excellent filtration effects over an extended period.
4. Variable Voids: The fiber ball filter material contains fiber threads that float with water flow, allowing the voids between the filling materials to vary according to water flow conditions. This characteristic prevents easy clogging by biofilms, ensuring effective water treatment.
5. Large Surface Area and Strong Activity: Fiber ball filter material boasts a large surface area, providing more active surface within a unit volume. This not only aids in better adsorption of biofilm but also enhances its effectiveness in treating suspended solids and organic substances in wastewater.

Why Choose Fiber Filter Balls?

1. Superior Elasticity: Fiber balls, formed by intertwining fiber threads, exhibit superior elasticity compared to traditional rigid filter materials. This flexibility enables them to adapt more effectively to different water flow conditions.
2. No Surface Floating: Unlike some other filter materials, fiber balls do not float to the water surface during use, ensuring their stable position in the water and effectively performing the filtration function.
3. Large Voids, Long Working Cycles: The structural design of fiber balls provides them with large voids, contributing to the extension of the filter material’s working cycles. The substantial voids help slow down filter layer blockages, maintaining prolonged filtration efficiency.
4. Minimal Head Loss: In the filtration process, the design of fiber balls helps reduce head loss, improving overall filtration efficiency and ensuring smoother water flow through the filter layer.
5. Ideal Porosity Distribution: Throughout the filtration process, the voids in the filter layer gradually decrease, conforming to the ideal porosity distribution of larger voids at the top and smaller voids at the bottom. This results in fast filtration speed, high pollutant interception capacity, and excellent filtration efficiency.
6. Renewable and Reusable: The superior performance of fiber balls allows them to be renewable and reusable, eliminating the need for complete replacements each time. This not only conserves resources but also reduces operating costs.
7. Time and Labor Saving: Due to its long working cycles and renewable characteristics, fiber filter balls are more time and labor-saving in maintenance and management, reducing the need for frequent replacements.

In conclusion, fiber filter balls, with their excellent performance and unique characteristics, demonstrate significant advantages in the field of water treatment. Their superior elasticity, non-floating nature, large voids, extended working cycles, and minimal head loss make them outstanding during the filtration process, establishing them as an ideal choice for filter materials.