Ultrafine monodispersed nano TiO2 powder is a high-tech nanomaterial with unique physical and chemical properties. It exists in the anatase crystalline phase, which gives it high stability and activity. The particle size of nano TiO2 ranges from 3 to 10 nanometers, providing a large specific surface area and excellent surface properties, thereby enhancing its photocatalytic activity and reaction rate.

Firstly, the ultrafine monodispersed characteristic means that these nano TiO2 particles can disperse evenly in water without easily agglomerating or precipitating. This ensures excellent dispersibility in water, allowing it to quickly form a light blue colloidal dispersion. Moreover, this dispersion is highly stable over time, showing no signs of stratification, thus ensuring its durability and effectiveness in various applications.

The ultrafine monodispersed nano TiO2 powder exhibits outstanding photocatalytic efficiency. Under light irradiation, it can absorb light energy and convert it into chemical energy, leading to strong redox reactions. These reactions can efficiently decompose air pollutants such as formaldehyde, benzene, and TVOCs, converting them into harmless small molecules, thereby achieving air purification. Compared to similar products on the market, its photocatalytic efficiency is significantly higher, resulting in better performance in practical applications.

In addition, the ultrafine monodispersed nano TiO2 has excellent antibacterial, disinfecting, and self-cleaning properties. Due to its strong redox properties, it can destroy the cell structures of bacteria, viruses, and other microorganisms, achieving disinfection and sterilization effects. It can also decompose organic pollutants attached to surfaces, keeping them clean and bright.

Regarding safety, the ultrafine monodispersed nano TiO2 powder is highly safe and non-toxic. Rigorous testing and evaluation have proven it to be harmless to humans and the environment, making it safe for use. This makes it promising for a wide range of applications in indoor air purification, water treatment, medical hygiene, and more.

Nano TiO2 has demonstrated exceptional performance and broad market prospects in various fields such as air purification, photocatalytic purifiers, preservation films, paints, inks, and self-cleaning industries.

1. Air Purification

Nano TiO2 plays a significant role in air purification. Through photocatalysis, it can decompose harmful gases such as formaldehyde, benzene compounds, TVOCs (total volatile organic compounds), and ammonia in the air into harmless substances like water and carbon dioxide. Additionally, nano TiO2 can effectively remove atmospheric pollutants such as car exhaust and nitrogen oxides, thereby significantly improving both indoor and outdoor air quality.

2. Photocatalytic Purifier Industry

In the fields of air purifiers, industrial VOCs exhaust treatment, and water quality treatment, the photocatalytic technology of nano TiO2 plays a crucial role. Its photocatalytic activity can promote the decomposition of formaldehyde, odors, and industrial VOCs, while also killing bacteria and viruses, thereby achieving the goal of purifying air and water. This technology has a wide range of applications in industrial production and daily life, providing strong support for creating a healthier and more comfortable living environment.

3. Cling Film Industry

In the cling film industry, the application of nano TiO2 is mainly reflected in inhibiting the reproduction of bacteria and mold, as well as decomposing gases like ethylene and acetylene. These properties make nano TiO2 play a significant role in preserving fruits and vegetables, nutrient solution cultivation, and enhancing seed germination vitality. By inhibiting the growth of microorganisms, it can extend the shelf life of food while maintaining its nutritional value and taste.

4. Coating and Ink Industry

Nano TiO2, as the main component of photocatalytic coatings, possesses functions such as antibacterial, bacteriostatic, mildew resistance, and formaldehyde removal. Adding nano TiO2 to coatings and inks not only improves the antibacterial performance of the products but also enhances their gloss and durability. Additionally, the photocatalytic activity of nano TiO2 can induce self-cleaning of the coating surface, reducing the frequency of maintenance and cleaning.

5. Self-cleaning Industry

The application of nano TiO2 in the self-cleaning industry primarily lies in its superhydrophilicity and superdurability. This enables surfaces coated with nano TiO2, such as photovoltaic panels, buildings, glass, exterior walls, and vehicle bodies, to self-clean automatically, reducing the adhesion of dust and stains. Even under harsh weather conditions such as rain washing or sunlight exposure, these surfaces can remain clean and transparent, maintaining their aesthetics and transparency. This self-cleaning characteristic not only reduces the frequency and cost of manual cleaning but also enhances the lifespan and performance of the materials.

Entrepreneur offers nano TiO2 particles ranging from the finest 3-5 nanometers to 50 nanometers. We have multiple grades, including A01, A10, A30, and A50, suitable for various product applications.

Specifications of nano TiO2 products:

SEM image of A01:

SEM image of A10:

SEM image of A30:

SEM image of A50:

As a supplier of fine chemical products, Entrepreneur provides ultrafine anatase nano titanium dioxide.