Ceramic Membrane Filters - Full Range, After-Sales Maintenance, Laboratory Membrane Separation Equipment

Ceramic membranes are porous asymmetric membranes prepared by special processes using materials such as alumina, titanium oxide, and zirconia. Ceramic membrane filtration is a fluid separation process in the form of "crossflow filtration": under the driving force of pressure, raw material liquid flows inside the membrane tube, with small molecules passing through the membrane, while the concentrate containing large molecule components is retained by the membrane, achieving the purpose of separation, concentration, and purification. The filtration accuracy of ceramic membrane filtration covers microfiltration and ultrafiltration, with the microfiltration membrane pore size ranging from 0.05μm to 1.4μm, and the ultrafiltration membrane filtration accuracy ranging from 10KDa to 50KDa. Different pore sizes of membranes can be chosen based on the material's viscosity and suspended solid content to achieve clarification and separation.

Key Features of Ceramic Membrane Equipment:

High mechanical strength, excellent wear resistance.

2. Resistant to high temperatures, suitable for high-temperature filtration processes.

3. Long service life, low overall equipment cost, high cost-performance ratio.

4. Wide pH tolerance range, excellent resistance to acids, alkalis, organic solvents, and strong oxidizing agents.

5. Easy to clean, capable of high-temperature sterilization and reverse flushing, suitable for sterilization and filtration processes.

6. Long service life, exceeding 5 years in some industries; comprehensive low cost of equipment, high cost-performance ratio.

7. Equipped with fully automated, semi-automated, and manual design systems, easy to operate

8. Continuous feeding, continuous discharge of filter cake and filtrate.

9. High tangential flow rate, reducing the concentration polarization on the membrane surface, ensuring stable membrane flux.

Core Technology of Ceramic Membrane Device Filtration:

1. Features independent membrane tube production technology

2. Tubular membrane performance testing technology and quality control

3. Self-developed tubular membrane component and equipment production technology.

4. Tube Film Equipment Design & Manufacturing

5. Tubular Film Application Technology and Comprehensive Solution

Ceramic membrane device filtration principle:

Inorganic ceramic membrane filtration: The raw liquid flows parallel to the membrane surface with a certain thrust, and the shearing force generated during passage transports particles that remain on the membrane surface, maintaining a relatively thin pollution layer. It can maintain a stable filtration state for an extended period.

Key Features of Ceramic Film Equipment:

1. High mechanical strength and excellent wear resistance; 2. High-temperature resistant, suitable for high-temperature filtration processes; 3. Long service life, low overall equipment cost, and high cost-performance ratio; 4. Wide pH tolerance range, good resistance to acids, alkalis, organic solvents, and strong oxidizing agents; 5. Easy to clean, capable of high-temperature sterilization and reverse flushing, suitable for sterilization filtration processes; 6. Long service life, exceeding 5 years in some industries, with low overall equipment cost and high cost-performance ratio; 7. Equipped with automated, semi-automated, and manual design systems for easy operation; 8. Achieves continuous feeding, continuous discharge of filter cake and filtrate; 9. High tangential flow rate, reducing concentration polarization on the membrane surface, ensuring stable membrane flux.

Ceramic Membrane Filters - Comprehensive Range, After-Sales Maintenance, Laboratory Membrane Separation Equipment

Application Fields:

1) Cold rolling steel body, metal cutting oil emulsion wastewater, alkaline wastewater treatment, and currency printing wastewater treatment.

2) Fermentation broth clarification and filtration for the antibiotic, industry, and amino acid industries.

3) Clarification and filtration of enzyme fermentation broth, sterilization filtration;

4) Clarification and separation of traditional Chinese medicine and plant extracts, replacing alcohol precipitation and centrifugation.

5) Recovery and filtration of catalysts, titanium dioxide, etc.

6. Concentration and clarification of fruit and vegetable juices, dairy product manufacturing, sterilization and filtration for beer and wine.

7) Deep processed soybeans (soy protein, soy oligosaccharides, soy isoflavones)

8) Deep processed tea, clarification and filtration of tea extract solutions require high-temperature clarification and filtration process for tea juice.

9) Sterilization, clarification, and filtration of condiments (soy sauce, vinegar, etc.)