Titanium Oxide-B Nanofibers

Product Overview
Titanium Oxide-B (TiO₂-B) nanofibers are a type of titanium dioxide with a unique crystal structure, belonging to the monoclinic crystal system. These nanofibers have an open structure and excellent ion transport properties. Compared to conventional anatase and rutile phases, TiO₂-B exhibits higher theoretical capacity and photocatalytic activity. This material is typically synthesized through hydrothermal reactions combined with calcination. Its fibrous morphology offers a larger specific surface area, which enhances light absorption and catalytic efficiency while facilitating dispersion and recovery in reaction systems.

Key Features

• High Photocatalytic Efficiency:TiO₂-B nanofibers absorb light and trigger redox reactions under light, demonstrating excellent photocatalytic activity, making them suitable for organic degradation and sterilization applications.
• Narrow Band Gap:This material has a narrower band gap, allowing it to absorb light across a wider range of wavelengths, thus improving photocatalytic efficiency.
• Good Stability:TiO₂-B nanofibers exhibit excellent chemical and thermal stability, maintaining their structure and performance in various environments.

Applications

• Lithium-Ion Batteries:As an anode material, TiO₂-B nanofibers significantly improve battery specific capacity and cycling stability. Their unique crystal structure provides more active sites for lithium ions, enhancing ion transport efficiency.
• Photocatalysis:In photocatalytic applications, TiO₂-B nanofibers’ open structure significantly enhances catalytic performance, making them ideal for water treatment and organic pollutant degradation in environmental applications.
• Other Applications:These nanofibers also show great potential in supercapacitors, sensors, and other fields.