Since titanium dioxide does not use toxic chemicals or fossil fuels, it uses only light energy such as sunlight, it can safely and easily decompose difficult-to-decompose chemicals. It has excellent effects such as antifouling, deodorizing, antibacterial, and air pollutant reduction, so the field of application continues to expand, and it is widely used in antifouling tiles, tunnel wall lighting, paints, and air purifying filters.

 Promising fields of titanium dioxide include odor removal, antibacterial, water treatment, pollution prevention, air purification, and energy. In particular, it is in the spotlight as an applied technology to maintain a comfortable environment. Since most of titanium dioxide products are manufactured by applying a coating agent, most of the demand is generated by coating agents rather than powder, and the uses are also for tiles, ceramics, window glass, flooring, interior walls, filters, textiles, packaging, water treatment, etc.

■    Characteristics of titanium dioxide

-      Materials coated with uniform titanium dioxide can retain color or shape

-      It can be dried naturally after coating and can be applied to various materials.

-      Maximizes photoactivity by manufacturing ultra-fine titanium dioxide

-   The coated substrate decomposes air pollutants such as NOx and various VOCs with UV rays irradiated from sunlight or fluorescent lamps.

-      It has excellent sterilization, antibacterial, and deodorizing functions to maintain a pleasant and clean environment.

-      It can be used as a catalyst for the purification system of water/air pollutants.

■    Applicable fields

-       Glass, metal, ore, etc.

-       Paper, wood, textile, plastic, etc.

-       Catalyst for purification of water/air pollutants

-       Applications using hydrophilic, sterilizing, antibacterial, and deodorizing functions