Titania Microfiltration Ceramic Membranes are manufactured from high-purity titanium dioxide (TiO₂) using advanced ceramic processing and high-temperature sintering technology. The membrane features a multilayer asymmetric structure with a highly hydrophilic separation layer, providing excellent permeability, low organic fouling, and stable long-term filtration performance.

Designed for microfiltration (MF) applications with pore sizes ranging from 0.1 μm to 5 μm, titanium dioxide ceramic membranes are particularly suitable for treating oily wastewater, emulsified liquids, food processing wastewater, and other organic-rich process streams where conventional membranes are prone to fouling.

Compared with conventional ceramic membranes, TiO₂ membranes offer improved surface wettability and enhanced resistance to organic contamination, resulting in longer filtration cycles and lower cleaning frequency.

Titanium dioxide possesses excellent natural hydrophilicity, allowing water to spread rapidly across the membrane surface while minimizing contaminant adhesion.

Benefits include:

• Higher water permeability
• Stable permeate flux
• Improved filtration efficiency

The hydrophilic membrane surface significantly reduces the adsorption of:

• Oils
• Grease
• Proteins
• Organic matter
• Biological contaminants

This greatly extends membrane operating cycles and reduces cleaning frequency.

The optimized asymmetric ceramic structure provides:

• High filtration flux
• Low operating pressure
• Excellent process stability

The inorganic ceramic structure offers:

• High pressure resistance
• Abrasion resistance
• Long-term structural stability

Suitable for continuous industrial operation.

Compatible with:

• Acid cleaning
• Alkali cleaning
• Oxidant cleaning
• High-pressure backwashing

The membrane maintains stable performance after repeated cleaning cycles.

Standard microfiltration pore sizes include:

• 0.1 μm
• 0.2 μm
• 0.5 μm
• 0.8 μm
• 1.2 μm
• 5 μm

Custom pore sizes are available.

Titania microfiltration ceramic membranes are particularly suitable for organic-rich process streams.

Efficient removal of suspended oil droplets and contaminants from industrial wastewater.

Separates tramp oil and fine particles, extending coolant service life.

Clarifies wastewater generated from beverage, meat, dairy, and food production.

Suitable for milk clarification and removal of suspended impurities.

Provides stable separation of oil-in-water emulsions generated by machining, metal processing, and chemical industries.

Titania ceramic membranes combine:

• Excellent hydrophilicity
• Low organic fouling
• High filtration flux
• Superior cleanability
• Long operational lifetime
• Stable performance for oily and organic wastewater

These advantages make TiO₂ microfiltration membranes an ideal solution for industrial wastewater containing high concentrations of organic contaminants.

Looking for a reliable Titania Microfiltration Ceramic Membrane solution for your filtration application?

Our engineers can help you select the most suitable:

• Membrane pore size
• Membrane material
• Channel configuration
• Module design
• Complete ceramic membrane filtration system

Whether you are treating oily wastewater, food processing wastewater, emulsified liquids, or other challenging process streams, we can provide customized ceramic membrane solutions to meet your operating requirements.

Contact us today to discuss your application or request a technical consultation and quotation.