What is the Role of the Ozone Decomposition Tube in the Disinfection Cabinet?

With people's living standards improving, dishwashing cabinets have expanded from the restaurant industry to every household. A wide variety of dishwashing cabinets are emerging, including high-temperature and ozone-catalyzed disinfection cabinets.
High-temperature disinfection cabinets rely on high temperatures or chemical disinfectants, which can damage tableware or leave harmful residues. Ozone-catalyzed disinfection, on the other hand, operates at room temperature, leaves no residue, and is friendly to materials like plastic and glass, making it the ideal choice for high-quality dishwashing cabinets. Through the synergistic effect of ozone decomposition catalysts, dishwashing cabinets achieve comprehensive disinfection against microorganisms, odors, and contaminants while ensuring safety.
Ozone-catalyzed dishwashing cabinets are equipped with an ozone decomposition tube. This tube is primarily used to decompose residual ozone from the disinfection process and prevent it from leaking outside. During the disinfection process, the ozone decomposition tube improves disinfection efficiency without causing any pollution.
Ozone disinfection primarily eliminates pathogenic bacteria such as Escherichia coli and Staphylococcus aureus, as well as heat-resistant viruses such as norovirus and hepatitis A. It complements the shortcomings of high-temperature disinfection. Ozone can also destroy the structure of bacteria such as mold, preventing the growth of tableware. During the ozone disinfection process, through the synergistic effect of the ozone decomposition catalyst, dishwashing cabinets achieve comprehensive disinfection against microorganisms, odors, and contaminants while ensuring safety. Therefore, the inclusion of an ozone decomposition tube in a dishwashing cabinet is essential.

author: Hazel
date: 2025-07-30