GXLF型高效纤维节能过滤器

XGLF 型高效纤维节能过滤器采用束状纤维（或纤维节）为过滤器的滤料，束装纤维的直径由几微米到几十微米，并有比表面积大、吸附能力强、过滤阻力小等特点，解决了粒状滤料的过滤效率精度受滤料粒径限制以及过滤阻力大等问题，极大提高了过滤精度、过滤效率和截污容量。 在过滤器的上端设有可以改变纤维密度的调节装置。 设备过滤时，原水从上至下通过滤层，纤维调节装置向下压缩纤维，纤维密度沿水流方向逐渐加大，滤料的空隙沿水流方向逐渐减小，由此实现了深层过滤。 当滤料堵塞时，纤维密度调节装置自动将纤维拉直并处于放松状态，即可用气、水进行联合反冲洗。 
The XGLF series high-efficiency fiber energy-saving filter employs bundled fibers（ or fiber nodes） as filtering media. The diameter of these bundled fibers ranges from several micrometers to tens of micrometers, with characteristics such as large specific surface area, strong adsorption capacity and low filtration resistance. This innovative design overcomes the limitations of granular filtering media, such as restricted filtration efficiency and precision due to particle size as well as high filtration resistance, significantly improving filtration precision, filtration efficiency and filtration capacity. An adjustment device is installed at the top of the filter to modify fiber compactness. During the filtration process, raw water flows downward through the filter media. The fiber regulating mechanism compresses the fibers in the downward direction, resulting in a gradual increase in fiber density along the flow path. Consequently, the gap between the filter media progressively decrease in the direction of water flow, thereby achieving deep filtration. When clogging of filtering media occurs, the fiber compactness adjustment device automatically straightens and loosens fibers for efficient air-water combined backwashing.

XGLF 型高效纤维节能过滤器如果采用机高分子材料一一纤维节滤料为滤元。 纤维节长度35~40mm，捆扎节直径3.8~4.0mm。 属于微米级滤料，具有巨大的比表面积，单丝直径最大只有50微米，纤维节滤层比表面积约80000m2/m3，滤速可达45米/h。 
The XGLF high-efficiency fiber energy-saving filter adopts organic polymer materials - fiber knot filtering media as the filtering element. The length of fiber knot is 35-40mm and the diameter of tied knot is 3.8-4.0mm. It belongs to micrometer-grade filtering media with a huge specific surface area. The maximum diameter of a single filament is only 50 μm, and the specific surface area of the fiber node filter bed is approximately 80,000m2/m3. The filtration rate can reach 45m/h.