Photocatalysis titanium dioxide
Photocatalytic titanium dioxide is a semiconductor material that can drive chemical reactions under light (usually ultraviolet light) without consuming it itself. It has a powerful oxidation and decomposition capacity and can be applied to air purification (formaldehyde, VOCs), water treatment (organic dyes, pesticides), and antibacterial disinfection (Escherichia coli, Staphylococcus aureus, viruses). In addition, it has a superhydrophilic effect, chemical stability and long-term effectiveness. As long as light is provided, it can produce a catalytic effect. It is a highly promising green functional material.
How is KOSNANO's photocatalytic titanium dioxide different?
KOSNANO’s photocatalytic titanium dioxide is of anatase crystal form and has been recognized and used by customers in various fields. In the application of wastewater treatment, adding 0.5% of photocatalytic nano-titanium dioxide has oxidation-reduction capabilities and can effectively degrade mercury, chromium, lead, and oxides in wastewater into non-toxic substances. Application in photocatalyst coatings: The preparation of photocatalyst coatings and diatomite coatings can catalyze the degradation of harmful gases such as formaldehyde, benzene, ammonia, and TVOC to the human body, as well as the degradation of harmful substances and oil stains. Our products feature a large specific surface area, high photocatalytic efficiency, rapid decomposition of harmful gases, and strong ultraviolet absorption capacity over a wide range (280nm-460nm).
Specifications Available
The core value of photocatalytic titanium dioxide lies in the utilization of light energy to purify the environment, create self-cleaning surfaces and develop new energy sources. The KOSNANO technical team has been committed to bringing our products to a wider range of industrial application scenarios for customers. It offers unique solutions to environmental pollution and energy issues and is your reliable expert in titanium dioxide solutions