Fiber ball is a good water treatment material. After many experiments, fiber ball filtration is an effective means to remove suspended solids in water. In the process of water treatment with high effluent quality requirements, fiber ball filtration is an indispensable process. Fiber balls are increasingly used in high-standard water treatment and sewage treatment in electronics, chemical, power and other industries.
The fiber ball has good elasticity, does not float on the water surface, has a large gap ratio, good efficiency, and fast interception capacity, which is suitable for filtration of various water quality. Good quality and good price. The fiber ball filler adopts fiber ligation, which has the advantages of good elasticity, acid and alkali resistance, non-floating surface, high air rate, long working cycle, and small head loss. Therefore, it is an ideal filler for water treatment.
The fiber ball filter material formed by ligating fiber filaments is different from the traditional rigid particle filter material. It has a large void ratio. During the filtration process, the porosity of the filter layer gradually decreases along the direction of water flow, which is more in line with the pore distribution of the ideal filter material. Compared with the traditional filter material, the fiber ball filter material has a high filtration speed (20~60m/h) and a large amount of sludge.
The surface of the modified fiber ball fiber is modified to enhance the adsorption capacity of oil and organic matter. Using a new fiber ball ligation method, the porosity of the filter layer gradually decreases along the direction of water flow during operation, forming an ideal distribution state of upper and lower pores of the filter material. The filtration effect is good, the filtration speed is high, up to 25-30m/h, and the filter material only needs to be replenished by 10% every year. The surface of the modified fiber ball is modified to enhance the adsorption capacity of oil and sundries; the new fiber ball ligation method, the porosity of the filter layer gradually decreases along the water flow direction during operation, forming an ideal distribution state of upper and lower pores of the filter material. The effect is better; the filtration speed is high, up to 25~30m/h. The filter material only needs to be replenished by about 10% every year, and there is no need to replace it.