The core membrane element in Yuwang's ceramic composite membrane system employs the most advanced film-making technology in the world today, differing from conventional ceramic membrane tubes. Yuwang's ceramic composite membrane tubes possess unique physicochemical properties and special structural characteristics, which are significantly superior to those of ordinary ceramic membrane tubes, whether in terms of the membrane material itself, the subsequent film-making process, or the finished membrane testing methods. Therefore, in various fields such as biological fermentation and natural plant extraction, Yuwang's ceramic composite membrane tubes have dominated the market in clarification, sterilization, and impurity removal, and the quality of the products obtained is also significantly higher than that of ordinary ceramic membrane tubes.
The following explanations are provided:
Ceramic composite membrane has a narrow pore size distribution, high separation efficiency, and uniform pore size distribution.
2. The ceramic composite membrane is made by combining various imported inorganic ceramic materials, offering enhanced retention stability.
3. The ceramic composite membrane employs "crossflow filtration" technology, featuring a tubular structure, which demonstrates a more stable filtration flux and a higher retention rate than plate-type filtration.
4. Ceramic composite films, due to their more refined processing technology, require stricter sintering environment and film-forming processes. Consequently, their high-temperature resistance, anti-pollution properties, and surface smoothness are significantly superior to those of ordinary ceramic membranes. They are particularly suitable for handling high-temperature, high-viscosity fluids. Yuwang ceramic composite films possess strong anti-pollution properties, delaying membrane surface contamination and the formation of concentration polarization.
5. Ceramic composite film, enhanced with more stable non-metallic inorganic materials and subjected to high-temperature sintering followed by heat treatment, boasts high mechanical strength and excellent resistance to high temperatures, abrasion, and erosion.
6. The ceramic composite film features high bonding accuracy, even distribution, excellent chemical stability, and remains stable under acidic and alkaline conditions. It has a broad pH value range, covering 0-14, and can meet operational requirements within this range.
7. Due to the combined effects of film material, film structure, and film-making technology, Yuwang Ceramics composite film undergoes no phase change during separation, preventing secondary extract formation. Its micropores also do not cause local swelling, contraction, or deformation of the film matrix due to changes in material temperature or operating pressure, thereby avoiding the leakage of microorganisms, foreign particles, and other impurities.
8. Ceramic composite film can reduce cleaning time and boasts superior regeneration properties.
9. The composite film materials are all inorganic ceramic, meeting the requirements of GMP production specifications.
