Ozone decomposition Catalyst: Guardian of indoor air purification

As a strong oxidizing gas, ozone has become an important source of indoor air pollution. Office equipment such as printers and copiers produce ozone when they run, and outdoor photochemical fumes enter the room through the ventilation system. Long-term exposure to ozone can cause respiratory inflammation, reduced lung function and, in severe cases, permanent lung damage.
Ozone pollution control faces serious challenges. The molecular structure of ozone is stable, and it is difficult to decompose naturally at room temperature. Traditional adsorption method can only temporarily store ozone, but can not completely eliminate pollution. Techniques such as photocatalysis have limited effectiveness in the absence of light. These factors make indoor ozone pollution control a difficult problem in the field of air purification.
Minstrontium has been researching ozone decomposition catalysts for many years and has developed breakthrough catalytic materials. The catalyst uses a unique nanostructure design, which can achieve efficient ozone decomposition at room temperature, with a conversion rate of more than 99%. The abundant active sites on the catalyst surface can work continuously and stably, and the service life is more than 5 years. By optimizing the carrier materials and active components, the catalyst maintains excellent performance in complex air environments, and has been successfully applied to many scenarios such as offices, hospitals, and laboratories.
The popularization and application of strontium catalyst for ozone decomposition provides a reliable solution for indoor ozone pollution control. This innovative technology not only fills a gap in the market, but also makes an important contribution to improving indoor air quality and protecting public health. With the continuous progress of technology, ozone decomposition catalysts will certainly play a greater role in the field of air purification.