Nano Titanium Dioxide

Product Overview
Nano Titanium Dioxide is a polymorphic compound with three crystalline forms: rutile, anatase, and brookite. Each crystalline form of titanium dioxide exhibits unique chemical and physical properties. The anatase form, in particular, is known for its high stability and hardness, making it widely applicable across various industries. Nano titanium dioxide is used in high-end applications such as catalysis, solar energy conversion, functional ceramics, cosmetics, and electronic ceramics. It also exhibits excellent UV resistance and photocatalytic activity, making it particularly valuable in environmental protection, energy, and medical fields.

Key Features

• Photocatalytic Properties:Capable of generating electrons and holes under light exposure, promoting photocatalytic reactions.
• UV Protection:Strong UV absorption, ideal for use in sunscreens and skincare products.
• Antibacterial and Antifungal:Effectively kills bacteria, fungi, and mold, while eliminating their residues and toxins.
• Thermal Stability:Exhibits excellent thermal and chemical stability.
• Photoelectric Effect:As a wide bandgap semiconductor, it exhibits quantum confinement effects and a high absorption coefficient, making it suitable for photodiodes, sensors, and other electronic devices.

Applications

• Environmental Protection:Used in air purification, deodorization, and disinfection to effectively decompose organic pollutants.
• Building Materials:As an additive in coatings to produce antibacterial, anti-fouling, and self-cleaning surfaces, particularly in hospitals, operating rooms, and bathrooms.
• Energy Materials:Serves as a key material for solar cells, enhancing photoelectric conversion efficiency.
• Sensors:Used to detect gases such as H₂, CO, and O₂, with applications in automotive exhaust sensors and more.
• Pharmaceutical and Food Industries:Acts as a food additive and drug carrier with antibacterial and antioxidant properties.