Overview
| brand | Min strontium Zhuang | CAS number | |
| Molecular formula | Product Name | Ozone filler | |
| Product specifications | Columnar, granular, powdered, cellular | Active ingredient content | eighty-five |
| Execution standards | National standard | Imported or not | no |
| Scope of use | High concentration ozone decomposition | Packaging specifications | |
| Packaging specifications | Pile density | zero point six eight | |
| Featured services | Free working condition analysis, scheme design, provision of device construction, and on-site debugging services | Main uses | Decomposition of ozone |
| Effective substance content | 99.99% | Is it a hazardous chemical | no |
| Specific surface area | ≥ 200m2/g | Flammability | Non combustible |
| volatility | Non volatile | Corrosiveness | Non corrosive |
| Is it resistant to high temperature | yes | Catalyst substrate | alumina |
| Forming method | Mixed molding | Particle strength | ≥ 50N |
| water content | ≤ 3% | ||
Product Details
Product Introduction
The Minstrontium Zhuang ozone decomposition catalyst is manufactured using a chemical synthesis method to produce active ingredients. Each process parameter of the synthesis reaction is precisely controlled, and aluminum oxide is used as a binder. The active ingredient content is as high as 85% or more, and the powder does not contain any binder. The active ingredient content is as high as 99% or more. The catalyst does not contain activated carbon and can withstand high temperatures when dealing with high concentrations of ozone. It does not burn, has no volatility, and does not cause secondary pollution.
Product parameters
Product features
1. The product has good strength, with an axial crushing strength higher than 50N;
2. High specific surface area, with a specific surface area of up to 200m2/g, and a large number of microporous structures distributed inside the catalyst, effectively adsorbing ozone and conducting catalytic decomposition;
3. The catalyst is resistant to high temperatures and does not contain flammable or volatile components. There is no risk of combustion when dealing with high concentrations of ozone, and it does not produce secondary pollution;
4. The active ingredient content is high, and the active ingredient content of the catalyst is over 85%. It has stable performance, long service life, and is not easy to lose;
5. The catalyst has a low specific gravity and a high specific surface area, resulting in a catalyst density of only 0.68g/cm3. The weight of the catalyst required to handle the same air volume will be reduced by one-third;
6. The raw materials and production process of the product are completely independent and controllable, and can be supplied stably in the long term.
Product application
1. Decomposing ozone exhaust gas in the exhaust gas destruction device in ozone water treatment;
2. Decomposing ozone exhaust gas in ozone disinfection equipment;
3. Zero calibration of ozone analysis instruments and exhaust gas decomposition;
4. The printing workshop and other spaces with ozone production decompose ozone and eliminate ozone odors;
5. Purify trace amounts of ozone in museums, libraries, and other places to protect materials and cultural relics from the impact of ozone;
6. Decomposing ozone exhaust gas in other applications of ozone;
Shipping and Packaging
Barreled (25 or 30kg), with a moisture-proof plastic bag inside.
Can be packaged according to the customer's specified method.
What can Minstrontium Zhuang do for you
1. Assist customers in analyzing operating conditions, provide solutions for material pre-treatment and catalyst protection, and design reasonable process flow;
2. Based on the customer's on-site working conditions, assist the customer in calculating the reasonable amount of catalyst, select the appropriate specification of catalyst, and guide the development of a small-scale trial plan;
3. Assist clients in designing the form and size of catalytic reactors, and provide reactor design, manufacturing, and installation services;
4. Assist customers in calculating reasonable process operation parameters such as wind speed and pressure drop;
5. Provide customers with detailed usage instructions, loading and operation guidance;
6. Build testing equipment and conduct testing according to actual working conditions to reduce the risk of customer investment;
7. Provide on-site filling, debugging and other services for customers;
8. Provide customized research and production services for catalysts for customers;
