Titania Ultrafiltration Ceramic Membranes are high-performance inorganic membranes designed for precision separation of proteins, oils, colloids, and biological materials. Manufactured from high-purity titanium dioxide (TiO₂) through advanced ceramic processing and high-temperature sintering, these membranes combine excellent hydrophilicity with outstanding fouling resistance.

With pore sizes ranging from 2 nm to 100 nm, titanium dioxide ultrafiltration membranes provide highly efficient removal of macromolecules while maintaining high permeate flux and stable long-term operation.

Their superior resistance to organic fouling makes them particularly suitable for biotechnology, fermentation, food processing, and oil emulsion treatment.

Efficiently concentrates and recovers:

• Proteins
• Enzymes
• Biological macromolecules
• Fermentation products

while maintaining product quality.

The hydrophilic membrane surface effectively separates:

• Emulsified oils
• Vegetable oils
• Animal fats
• Industrial oil emulsions

with stable long-term performance.

Compared with conventional ultrafiltration membranes, TiO₂ membranes exhibit significantly reduced fouling caused by:

• Proteins
• Organic matter
• Biological residues
• Microorganisms

This allows longer operating cycles and higher system productivity.

The optimized ceramic structure provides:

• High permeate flux
• Lower operating pressure
• Reduced energy consumption
• Stable filtration efficiency

The rigid ceramic structure withstands:

• Continuous operation
• Repeated chemical cleaning
• Pressure fluctuations
• High-solid process streams

Standard ultrafiltration pore sizes include:

• 2 nm
• 5 nm
• 10 nm
• 20 nm
• 50 nm
• 100 nm

Protein purification, enzyme recovery, vaccine production, and pharmaceutical intermediate separation.

Clarification and concentration of fermentation broth, biomass recovery, and downstream purification.

Treatment of industrial oil emulsions, cutting fluids, and oily wastewater with high organic content.

Protein concentration, dairy processing, beverage clarification, and natural extract purification.

Removal of biological macromolecules and organic contaminants from wastewater generated by food, pharmaceutical, and biotechnology industries.

Titania ultrafiltration ceramic membranes are specifically designed for processes involving proteins, oils, and organic materials. Their naturally hydrophilic surface minimizes fouling, maintains high filtration flux, and supports efficient cleaning.

Compared with conventional ultrafiltration membranes, TiO₂ ceramic membranes provide:

• Excellent protein recovery
• Superior oil separation
• Outstanding resistance to organic fouling
• High permeate flux
• Long service life
• Lower operating costs

These characteristics make them an ideal solution for biopharmaceutical, fermentation, food processing, and organic-rich industrial filtration applications.

Looking for a high-performance Titania Ultrafiltration Ceramic Membrane for biotechnology, fermentation, food processing, or industrial wastewater treatment?

Our technical team can recommend the optimal membrane configuration based on your:

• Feed composition
• Separation objectives
• Operating conditions
• Required filtration precision

We provide customized ceramic membrane elements, membrane modules, and complete filtration systems for a wide range of industrial applications.

Contact us today for expert technical support or a customized quotation.