TI6345 Iron-doped Nano Titanium Dioxide Powder

Iron-doped Nano-Titanium Dioxide Powder Description

Iron-doped Nano-Titanium Dioxide Powder is an advanced photocatalytic material that utilises visible light for a wide range of applications. The incorporation of iron ions into the TiO₂ lattice results in enhanced photocatalytic efficiency, improved light absorption, and excellent environmental remediation capabilities. With a particle size in the nanometre range, large surface area, and exceptional chemical and thermal stability, this pale yellow to light brown powder is ideal for use in water and air purification, solar energy systems, antibacterial coatings, and self-cleaning surfaces. Its effective performance under visible light renders it a valuable material for green energy and environmental solutions.

Specifications for Iron-doped Nano-Titanium Dioxide Powder

Iron-doped Nano-Titanium Dioxide Powder Applications

• Photocatalysis: Effective in the degradation of organic pollutants, dye degradation, and the purification of water and air under visible light.
• Solar Energy: Increases the efficiency of dye-sensitised solar cells (DSSC) by enhancing light absorption.
• Environmental Remediation: Used in air and water purification systems to remove harmful contaminants.
• Energy Storage: Utilised in battery electrodes and other energy storage systems due to improved charge transfer properties.
• Antibacterial Coatings: Generates reactive oxygen species under light exposure, providing effective antimicrobial protection.
• Self-Cleaning Surfaces: Employed in glass, tiles, and paints for self-cleaning properties under light exposure.

Iron-doped Nano-Titanium Dioxide Powder Packaging

Our iron-doped Nano-Titanium Dioxide Powder is handled with care during storage and transportation to maintain the quality of our product in its original state.

20kg/barrel

FAQs

Q1: What crystalline phase is iron-doped Nano-TiO₂ in?
It typically consists of the anatase phase, known for its high photocatalytic activity, with possible traces of rutile depending on the synthesis process.

Q2: How does iron doping improve TiO₂?
Iron doping introduces localized energy levels within the TiO₂ bandgap, which allows for better absorption of visible light and reduces electron-hole recombination, consequently enhancing photocatalytic efficiency.

Q3: How does Iron-doped TiO₂ behave under visible light?

Iron doping enables TiO₂ to absorb visible light, thus extending its photocatalytic applications beyond UV light, which is the primary activation spectrum for undoped TiO₂.