Inorganic ceramic membrane is a precision ceramic filter material with a porous structure formed by high-temperature sintering of inorganic materials such as alumina, titanium oxide, and zirconia.

Multiple forms of "cross flow filtration" are used to achieve fluid process separation, that is, the raw material liquid flows at high speed inside the membrane tube,

Under pressure, the permeate containing small molecules penetrates outward along the vertical direction of the membrane layer, while the concentrated solution containing large molecular components is intercepted by the membrane,

Thus achieving the purpose of fluid separation, purification, and concentration.

1. Good chemical stability, acid and alkali resistance, oxidation resistance, organic solvent resistance, etc;

2. High temperature resistance, capable of high-temperature disinfection and sterilization;

3. Easy to clean and has a long lifespan;

4. Narrow aperture distribution and high separation accuracy;

5. No soluble substances, suitable for process separation of food and medicine;

6. The complete set of equipment occupies a small area, has a high level of automation, and low labor costs;

7. Low requirements for water or feed, suitable for use in some extreme environments;

8. The ceramic membrane system has a high degree of integration in the process, achieving fully automatic control, and can continuously feed, discharge filter residue, and filtrate.

Compared with traditional technologies, inorganic ceramic membrane separation technology can improve product yield and purity, shorten production cycles, 

increase economic benefits, and save energy and reduce emissions.