catalysttiles

Catalyst tiles are a specialized type of building material that incorporates catalytic properties into their surface. These tiles are designed to actively interact with their environment, typically to purify air or surfaces by breaking down pollutants or other undesirable substances. The catalytic effect is often achieved through the application of a coating containing a catalyst, such as titanium dioxide (TiO2) or other metal oxides, which are activated by light, moisture, or specific chemical reactions.

When exposed to light, particularly UV radiation, photocatalytic tiles can initiate a chemical reaction that oxidizes organic compounds. This process can neutralize volatile organic compounds (VOCs), nitrogen oxides (NOx), and other airborne pollutants, thereby improving indoor or outdoor air quality. In some applications, catalyst tiles are also used to create self-cleaning surfaces, as the catalytic action can break down organic dirt and grime, making them easier to wash away.

The materials and manufacturing processes for catalyst tiles vary depending on the intended application and the specific catalytic agent used. They can be integrated into a wide range of products, including wall tiles, facade panels, and roofing materials. The development of catalyst tiles is part of a broader trend in material science aimed at creating more functional and environmentally beneficial building components. Research continues to explore new catalytic materials and applications to enhance their effectiveness and expand their use in sustainable construction and urban planning.