Product Overview
Titania Flat Sheet Ceramic Membranes are manufactured from high-purity titanium dioxide (TiO₂) ceramic materials using a precision high-temperature sintering process. Featuring an asymmetric membrane structure with a porous support layer, transition layer, and separation layer, these membranes combine excellent mechanical strength with superior hydrophilicity and anti-fouling performance.
Compared with conventional alumina ceramic membranes, TiO₂ membranes exhibit enhanced surface wettability, allowing water to spread rapidly across the membrane surface while reducing the adhesion of organic contaminants. This unique property makes them particularly suitable for applications involving oily wastewater, emulsified liquids, biological process streams, and industrial wastewater containing high concentrations of organic matter.
Designed for both microfiltration (MF) and ultrafiltration (UF), Titania Flat Sheet Ceramic Membranes are widely used in ceramic membrane bioreactors (CMBR), municipal and industrial wastewater treatment, water reuse systems, food processing, pharmaceutical production, and chemical separation processes.
With excellent chemical resistance, long service life, and outstanding cleaning performance, TiO₂ ceramic membranes provide a reliable alternative to conventional polymeric flat sheet membranes in demanding industrial environments.
Key Features
Excellent Hydrophilicity
Titanium dioxide naturally exhibits excellent hydrophilic properties, allowing water to penetrate the membrane surface quickly while minimizing the accumulation of hydrophobic pollutants. This contributes to higher and more stable filtration flux throughout long-term operation.
Superior Anti-Fouling Performance
The optimized membrane surface significantly reduces contaminant adhesion, making it highly effective for treating:
- Oily wastewater
- Emulsified liquids
- Biological wastewater
- Organic-rich industrial effluents
- Food processing wastewater
Lower fouling results in longer filtration cycles and reduced cleaning frequency.
Outstanding Chemical Stability
TiO₂ ceramic membranes demonstrate excellent resistance to aggressive cleaning chemicals and harsh process environments.
Suitable for exposure to:
- Strong acids
- Strong alkalis
- Oxidizing agents
- Industrial cleaning chemicals
The membrane maintains stable performance even after repeated chemical cleaning.
High Mechanical Strength
The fully inorganic ceramic structure provides exceptional mechanical stability and resists deformation under continuous operation.
Benefits include:
- Excellent pressure resistance
- High impact resistance
- Reliable backwashing performance
- Stable operation under fluctuating hydraulic conditions
Long Service Life
Unlike polymer membranes that gradually age or degrade, TiO₂ ceramic membranes maintain stable filtration performance over many years.
Typical advantages include:
- Reduced membrane replacement frequency
- Lower maintenance costs
- Stable long-term filtration efficiency
- Lower total lifecycle cost
Efficient Cleaning & Regeneration
Titania ceramic membranes are compatible with various physical and chemical cleaning methods, including:
- Water flushing
- Air scouring
- Backwashing
- Acid cleaning
- Alkali cleaning
- Oxidant cleaning
These cleaning methods effectively restore membrane permeability while extending service life.
Typical Applications
Titania Flat Sheet Ceramic Membranes are widely used in:
Industrial Wastewater Treatment
Removal of suspended solids, emulsified oil, and organic contaminants from industrial process wastewater.
Oily Wastewater Treatment
Ideal for wastewater generated from:
- Metal processing
- Machinery manufacturing
- Petrochemical industries
- Lubricant production
Ceramic Membrane Bioreactors (CMBR)
Provides stable solid-liquid separation with excellent fouling resistance for biological wastewater treatment systems.
Food & Beverage Processing
Suitable for:
- Process water treatment
- Cleaning wastewater
- Organic wastewater recovery
Chemical Process Filtration
Used for clarification, purification, and separation of various chemical process streams.
Water Reuse Systems
Supports advanced wastewater recycling and industrial water recovery projects requiring reliable long-term membrane performance.
Technical Specifications
| Parameter |
Specification |
| Membrane Material |
Titanium Dioxide (TiO₂) |
| Filtration Type |
Microfiltration (MF) / Ultrafiltration (UF) |
| Membrane Structure |
Asymmetric Flat Sheet Ceramic Membrane |
| Filtration Mode |
Vacuum Suction Filtration |
| Chemical Resistance |
Excellent |
| Fouling Resistance |
Excellent |
| Mechanical Strength |
High |
| Cleaning Method |
Physical & Chemical Cleaning |
| Operating Temperature |
High Temperature Resistant |
Flat Sheet Ceramic Membrane Module Specifications
| Model |
Membrane Element |
Quantity (pcs) |
Membrane Area (m²) |
Water Production Capacity (m³/day) |
Dimensions (L * W * H, mm) |
Weight (kg) |
| FCMM-2 |
FCM-25 |
10 |
2.5 |
2–5 |
300 * 320 * 1200 |
15 |
| FCMM-6 |
FCM-20 |
34 |
6 |
7–14 |
710 * 570 * 450 |
32 |
| FCMM-12 |
FCM-15 |
68 |
12 |
8–10 |
710 * 570 * 600 |
64 |
| FCMM-25 |
FCM-50 |
50 |
25 |
15–35 |
920 * 320 * 1800 |
200 |
| FCMM-50 |
FCM-50 |
100 |
50 |
30–70 |
1720 * 320 * 1800 |
310 |
| FCMM-100 |
FCM-50 |
200 |
100 |
60–140 |
1720 * 720 * 1800 |
630 |
| FCMM-200 |
FCM-50 |
400 |
200 |
120–280 |
Customizable |
Customizable |
Why Choose Our Titania Flat Sheet Ceramic Membrane?
Our Titania Flat Sheet Ceramic Membranes are engineered for applications where fouling resistance and long-term operational stability are critical. By combining the natural hydrophilicity of titanium dioxide with advanced ceramic membrane manufacturing technology, these membranes deliver:
- Outstanding anti-fouling performance
- Excellent chemical resistance
- Stable filtration flux
- Long service life
- Low maintenance requirements
- Reliable operation under demanding industrial conditions
We also provide customized solutions, including membrane pore size selection, module configuration, and complete ceramic membrane filtration systems tailored to your specific process requirements.
