new material
Titanium dioxide nanotube array film provides optimized photocatalytic properties, superior charge transport efficiency, and enhanced surface area for advanced applications. It ensures efficient material integration, extended durability, and high-performance adaptability.
Product Overview
Titanium dioxide nanotube array films are high-performance materials composed of titanium oxide. These films are produced through specialized processes to form well-ordered nanotube structures, which exhibit outstanding photocatalytic, energy storage, and sensing properties. Due to their unique structure, these films are widely used in environmental protection, energy conversion, and storage applications.
Key Features
- Excellent Photocatalytic Properties:Titanium dioxide nanotubes exhibit strong photocatalytic activity, effectively decomposing harmful substances under UV light.
- Well-Ordered Structure:The nanotube array structure offers a large specific surface area, enhancing the contact between reactants and catalysts.
- High Stability:The material has excellent chemical stability and corrosion resistance, making it suitable for use in harsh environments.
Applications
- Environmental Protection:Used in water treatment and air purification to remove harmful substances through photocatalysis.
- Energy Conversion:Applied in the development of solar cells, fuel cells, and other energy conversion devices.
- Energy Storage:Utilized in lithium batteries, capacitors, and other energy storage devices to improve energy density and charge/discharge efficiency.
- Sensors:Employed as materials for gas or humidity sensors due to their strong response performance.
| Property | Parameters | |
| Appearance | Template | Template |
| Specification | Square, 2x2 cm | Square, 2x2 cm |
| Pore Size | 60-80 nm | 60-80 nm |
| Pore Spacing | 150 nm | 150 nm |
| Pore Depth | 10 μm | 5 μm |
