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● Superior physical properties: Fiber balls are lightweight, high in strength, stable in physical and chemical properties, and durable. Their sphere diameters generally include various specifications such as 30mm, 35mm, and 40mm.
● Good filtration effect: The filter diameter of fiber ball filter media can reach tens of microns or even a few microns. It has the advantages of large specific surface area and low filtration resistance, and can effectively intercept tiny suspended solids that are not easy to be removed by sedimentation. It has a high removal rate of suspended solids in water and can also intercept bacteria, viruses, macromolecular organic matter, etc., to a certain extent.
● Reasonable filter layer structure: During filtration, the filter layer pores gradually become smaller along the direction of water flow, which is more in line with the ideal filter media's porosity distribution (larger at the top and smaller at the bottom). Thus, it features fast filtration speed, large pollutant-holding capacity, and good filtration effect.
● Renewable and reusable: Fiber ball filter media can be regenerated through backwashing, enabling automated management. There is no need for complete replacement, which saves time and effort and reduces usage costs.
● Trapping effect: The fiber structure on the surface of fiber balls can effectively adsorb and fix suspended solids and particles. When water flows through the fiber balls, suspended particles are trapped on the fiber balls under the action of adsorption force and electrostatic attraction from the fiber ball surface.
● Filtration effect: The microporous structure inside the fiber balls and the gaps between fibers can form a filter layer. When water flows through the filter layer, suspended solids and particles are trapped in the filter layer, while water molecules can leak through the gaps, thereby achieving the purpose of filtration.
● Water treatment industry: Widely used in high-standard water for industries such as oilfields, chemicals, electric power, and metallurgy, as well as in fields such as circulating water, side filtration, and wastewater recycling. It can be used in various filters, ion exchangers, valveless filters, siphon filters, mobile water supply equipment, and water treatment equipment such as microfiltration, ultrafiltration, reverse osmosis, and seawater desalination, matching with various water treatment equipment.
● Other fields: Due to its high-temperature resistance and corrosion resistance, it is also widely used in chemical production and waste gas treatment. For example, it can be used for liquid filtration, separation, and purification in chemical production processes, as well as dust filtration and harmful gas adsorption in waste gas treatment.
