Flat-sheet Ceramic Membrane

The flat-sheet ceramic membrane is an asymmetric plate-type membrane featuring a porous structure, manufactured from inorganic ceramic materials such as Al₂O₃ (Alumina), TiO₂ (Titania), and ZrO₂ (Zirconia) through a specialized high-temperature sintering process. Its filtration precision covers both microfiltration (MF) and ultrafiltration (UF), typically operating in a vacuum-driven (suction) filtration mode.

In addition to inheriting the superior performance characteristics of inorganic membranes, flat-sheet ceramic membranes offer distinct advantages in both manufacturing costs and operational expenditures. This makes them widely applicable across membrane bioreactors (MBR), integrated compact treatment systems, municipal wastewater treatment, industrial wastewater purification, drinking water polishing, and various industrial separation processes.

• Superior Regenerability & Robust Shock Load Resistance – Withstands significant fluctuations in influent quality and hydraulic loads with ease.
• Enhanced Energy Efficiency & Low Specific Energy Consumption – Optimized design leads to reduced power usage per unit of water produced.
• Narrow Pore Size Distribution & High Separation Precision – Ensures consistent effluent quality and reliable removal of suspended solids and microorganisms.
• Excellent Tolerance & Broad Application Scope, Easy to Clean – Resists harsh chemicals, extreme pH levels, and high temperatures, enabling simple and effective in-situ cleaning.
• Extended Service Life & Superior Anti-Fouling Performance – Advanced surface properties minimize irreversible fouling, significantly extending operational longevity.
• High Recyclability & Environmentally Friendly – Membranes can be fully recovered and recycled, aligning with sustainable industrial practices.