Product characteristics and applications of ozone destroyer catalyst

Ozone destroyer catalyst is a catalyst, which is mainly composed of transition metal oxides and alumina.
Ozone destruction catalysts can efficiently decompose ozone into oxygen, eliminate ozone odor, and achieve tail gas emission standards. The catalyst uses chemical synthesis to manufacture active ingredients, accurately controls each process parameter of the synthesis reaction, uses alumina as a binder, and the active ingredient content is as high as 85% or more. The powder does not contain binders, and the active ingredient content is as high as 99% or more. The catalyst does not contain activated carbon, can withstand high temperatures when treating high-concentration ozone, does not burn, is non-volatile, is safe to use, and does not cause secondary pollution.
Ozone destructor catalyst is a very important product. It has a wide range of applications in environmental protection, medical care, food and other fields. Today, I will introduce to you the product characteristics of ozone destructor catalysts.
1. The catalyst is extremely active. It can convert ozone into oxygen in a very short time, thereby achieving efficient destruction.
2. The catalyst is very stable. During long-term application, its performance will not change significantly, ensuring the use effect of the ozone destructor.
3. The service life of the catalyst is very long. It is made of high-quality materials, durable, and can provide users with long-term use guarantees.
4. The environmental protection of the catalyst is very prominent. It adopts advanced production technology, does not produce any harmful substances, and fully meets environmental protection requirements.
In short, the ozone destructor catalyst is a product with excellent performance. Its appearance has brought great convenience to the fields of environmental protection, medical care, food, etc.
Application of ozone destruction catalyst
1. Decompose ozone tail gas in the tail gas destruction device in ozone water treatment to achieve tail gas emission standards;
2. Decompose ozone tail gas in ozone disinfection equipment to eliminate ozone odor and avoid ozone pollution;
3. Zero calibration of ozone analyzer and tail gas decomposition to achieve automatic zero calibration of the instrument and pollution-free tail gas emission;
4. Decompose ozone in printing workshops and other spaces where ozone is generated, eliminate ozone odor, and protect the health of personnel;
5. Purify trace ozone in ozone sterilization rooms, ozone disinfection cabinets, museums, libraries and other occasions to protect materials and cultural relics from the influence of ozone;
6. Decompose ozone tail gas in other ozone application occasions.

author: Hazel
date:2025-07-23