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It is engineered for precision cleaning of high-purity powders (e.g., electronic-grade spherical alumina/silica). At its heart lies an inorganic ceramic flat membrane, integrated with dynamic aeration and in-line iron removal. It achieves nanoscale purification, reduces energy consumption by over 30%, and enables fully automated, continuous operation — empowering manufacturers to break through purity barriers and ensure stable, high-efficiency production.

It is engineered for precision cleaning of high-purity powders (e.g., electronic-grade spherical alumina/silica). At its heart lies an inorganic ceramic flat membrane, integrated with dynamic aeration and in-line iron removal. It achieves nanoscale purification, reduces energy consumption by over 30%, and enables fully automated, continuous operation — empowering manufacturers to break through purity barriers and ensure stable, high-efficiency production.

Asymmetric hollow flat-sheet membrane primarily composed of ceramic membrane and water-collecting endcaps. Fabricated from inorganic ceramic materials through specialized processes. The membrane features a microporous structure, under applied pressure, the membrane enables selective permeation: water, inorganic salts, and small molecules pass through, while suspended solids, colloids, microorganisms, and macromolecular substances are effectively retained. This engineered to achieve precise fluid separation, concentration, and purification across industrial applications.

Filtration device composed of membrane and a membrane frame. Membrane modules are placed in a membrane tank, through the suction force of a pump, clean water passes through tiny pores on the membrane surface into internal collection channels, then flows out from the pump's outlet. Impurities, bacteria, and other contaminants in the wastewater are retained on the membrane surface, achieving separation between clean water and pollutants.