Anatase-type TiO₂ nanopowder

Anatase-type nano-titanium dioxide appears as a white powder, with high purity, high specific surface area and excellent photocatalytic activity, as well as strong chemical stability and long-lasting catalytic performance. This material is widely used in many fields such as air and water purification, functional fibers, plastics, coatings, new energy batteries, and industrial catalysts.

Specifications and Models

Product Features

Uniform particle size, narrow distribution, and good dispersibility;

High purity and low impurity content;

Strong photocatalytic activity, long service life, and good operability;

Non-toxic and harmless, friendly to human body and environment, meeting environmental protection requirements;

Good thermal and chemical stability, suitable for various application environments;

Strict quality assurance system, precise control throughout the process, and excellent batch consistency;

Provide targeted product services according to performance requirements to meet the specific needs of various fields.

Application Fields

1

The unique photocatalytic effect of anatase-type nano-titanium dioxide enables it to exhibit excellent performance in fields such as antibacterial and mildew resistance, air purification, deodorization, water treatment, and antifouling.

Environmental protection coatings, building materials: Degrade formaldehyde, benzene series, ammonia, and volatile organic compounds (VOCs), etc.

Water treatment: Non-selectively degrade organic pollutants, microorganisms and other harmful substances, no secondary pollution, safe and environmentally friendly.

Industrial waste gas, automobile exhaust: Photocatalytic oxidation degrades pollutants such as NOx, CO, SOx, TVOC, and hydrocarbons.

Lithium batteries: Reduce capacity attenuation, improve cycle stability during charging and discharging, and extend service life.

Ceramics: Have functions such as antibacterial, self-cleaning and antifouling, and deodorization.

Catalysts: High catalytic activity, used as catalysts and catalyst carriers.

Coatings, plastics: Used as functional additives to provide antibacterial, self-cleaning and enhanced light stability properties, etc.

Solar cells, paper industry, antibacterial textile products, food packaging materials, plastics and other industries.

2

The unique photocatalytic effect of anatase-type nano-titanium dioxide enables it to exhibit excellent performance in fields such as air purification, water treatment, antifouling and self-cleaning, antibacterial and mildew resistance, and deodorization.

Environmental protection field: Air treatment, water purification, solid waste treatment, photocatalytic degradation of organic pollutants and harmful chemical substances.

Textile field: Used in the preparation of functional fibers and fabrics, with **ultraviolet resistance, improving sun protection performance, photocatalytic antibacterial and deodorization, and improving fabric odor.

New energy batteries: Reduce capacity attenuation, improve cycle stability during charging and discharging, and extend service life.

Industrial catalysts: Used as catalysts in chemical reactions to improve reaction rate and efficiency, applied in various industrial synthesis and chemical processes.

Coatings and films: Applied to building materials, glass and ceramic surfaces, improving the weather resistance and UV resistance of coatings, while endowing the coatings with self-cleaning function.

Medical and biotechnology: Antibacterial materials, used as antibacterial agents to prevent infections. Used in biosensors for detecting biomolecules.

Smart materials field: Its unique photoelectric response characteristics can be applied in the preparation of sensors, optoelectronic devices, etc., providing strong support for the research and development of smart devices.

Medical field: Good biocompatibility and photocatalytic performance, can be used to manufacture medical equipment and devices with antibacterial, antiviral and self-cleaning functions.

In addition, it can also be applied in fields such as functional plastics, environmental protection building materials, rubber, adhesives, ceramics, papermaking, metallurgy, and agriculture.