The ceramic honeycomb ozone – removing filter uses ceramic honeycomb as the carrier and is loaded with a high – efficiency ozone – decomposing catalyst. It has advantages such as porous thin – wall structure, high strength, high temperature resistance, corrosion resistance, and easy combination for application. It can be widely used in various scenarios, including air purification systems, wastewater treatment, secondary ozone pollution treatment of equipment, and pollution purification after disinfection, sterilization, and odor elimination.
- Ozone decomposes at room temperature, making it convenient to use.
- The product has a simple structure and low air resistance.
- When the application space is limited, the conversion efficiency can be improved by adjusting the filter density.
- The cleaner the air in the ventilation system, the longer the service life of the filter.
In a ventilation system containing ozone, whenever ozone (O₃) comes into contact with the surface of the filter loaded with the catalyst, a rapid decomposition reaction occurs at room temperature. Ozone (O₃) is instantly decomposed into oxygen (O₂), and the entire conversion process does not require additional auxiliary energy.
- Photocopiers, laser printers, UV curing machines, various air purifiers, etc.
- Treatment of ozone tail gas in the wastewater treatment process.
- Treatment of secondary ozone pollution from equipment such as photolysis, plasma, ozone generators, and high – voltage electrostatic devices.
- Purification of ozone pollution after sterilization and disinfection of medical devices and odor elimination in public places.
- The filter surface should be perpendicular to the air flow.
| Item |
Details |
| Catalyst Name |
Manganese Oxide Catalyst |
| Catalytic Function |
Catalytic decomposition of ozone into oxygen at room temperature with zero energy consumption |
| Active Component |
Supported Manganese – based Composite Metal Oxide |
| Catalyst Appearance |
Honeycomb shape, 100×100×50mm square holes, 150 holes per square inch |
| Catalyst Carrier |
Modified Porous Activated Carbon |
| Specific Surface Area of Carrier Activated Carbon |
≥1500m²/g |
| Purification Efficiency |
≥95 – 99% (depending on the actual working conditions and total amount of the catalyst filter) |
| Product Service Life |
Service life is not less than 10,000h (in a clean environment) |
| Recommended Flow Rate |
≤ 2.0 m/s |
| Product Packaging |
All filters are packed in double – layer cartons. |
| Storage Method |
Store in a dry place at room temperature |
| Installation Requirements and Precautions |
Take good sealing measures around the filter to ensure that all the gas to be treated passes through the catalytic filter. |
Why Choose This Ozone-Removing Ceramic Filter?
This ozone-removing ceramic filter outperforms traditional solutions with its catalytic ozone decomposition technology. Here’s why industries trust it:
- Zero Energy Consumption: Breaks down O₃ into O₂ instantly at room temperature, eliminating electricity costs.
- 99% Efficiency: Manganese oxide catalyst ensures ≥95-99% ozone removal, even in high-flow systems (≤2.0 m/s).
- 10,000+ Hour Lifespan: Durable ceramic honeycomb structure resists corrosion, heat, and wear in harsh environments.
- Space-Smart Design: Adjustable filter density maximizes efficiency in compact spaces like air purifiers or UV curing machines.
- Multi-Scenario Use: From medical sterilization to wastewater plants, it tackles ozone pollution across industries.
- Easy Integration: Pre-packed in double-layer cartons with simple installation guidelines for seamless system upgrades.
Keywords
Ozone-removing ceramic filter；Catalytic ozone decomposition；Manganese oxide catalyst；Air purification systems；Wastewater ozone treatment；High-efficiency ozone filter；Ceramic honeycomb catalyst；Room-temperature ozone removal；Secondary ozone pollution；Medical sterilization purification；Low-maintenance ozone decomposition filter；Industrial ozone removal catalyst；HVAC ozone pollution control；Plasma-generated ozone treatment；Energy-free ozone elimination；High-temperature ozone removal；Medical-grade ozone purification；Odor elimination with ozone filters；Corrosion-resistant ceramic catalyst；Reduce ozone pollution in HVAC systems
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