Product Detail
Ozone decomposition catalysts primarily achieve catalytic reactions by facilitating the breakdown of ozone molecules into oxygen atoms and oxygen ions. The mechanism of action of the catalyst involves two main aspects: first, enhancing the adsorption performance of ozone molecules on the catalyst surface, and second, playing an activating role in surface reactions. Currently, common ozone decomposition catalysts include metal oxides, transition metal complexes, and ion exchange resins.
Ozone decomposition catalysts find widespread applications in various fields. In the realm of air purification, these catalysts effectively eliminate harmful substances in the air, such as formaldehyde, benzene, and other volatile organic compounds. Simultaneously, they contribute to the eradication of bacteria and viruses present in the air. In wastewater treatment, ozone decomposition catalysts enhance the efficiency of sewage treatment by promoting the oxidative breakdown of organic substances, thereby purifying the water. In the field of surface treatment for materials, ozone decomposition catalysts are utilized to enhance material surface properties, such as hydrophilicity and corrosion resistance. Additionally, they play a role in surface disinfection and sterilization for materials.
Type |
1.2mm, 3mm, 6mm, 9mm |
Shape |
Pellet Columnar |
Strength |
60N/cm min |
Density |
0.75(±0.5) g/ml |
Specific Surface Area |
≥240 m2/g |
Mn and Cu Effective Constituent |
80% min |
Mn and Cu Mole Ratio |
2.2:1 – 3:1 |
Packing |
25kg/200kg/customizable |
Note |
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