Our ozone destruction catalyst, Mn, can oxidize harmful ozone into oxygen at room temperature. Compared to activated carbon filters,
It has a higher ozone destruction efficiency and longer product life with less pressure drop and therefore can reduce running cost for ozone removal system.
| Typical applications | Ozone removal filter for copy machine, home appliance, electric dust collector and etc |
| Typical product shape | Honeycomb monolith |
| Product code | Mn-M (metal honeycomb),Mn-C (ceramic honeycomb) |
Product Feature
● Excellent performance in ozone destruction at room temperature
● Low pressure drop
● Flexible product size
● Long product life
Typical Specification
| Dimensions |
flexible |
| Cell density |
600 cells per sq. inch and higher |
| Flammability | UL94 V-0 grade |
| Quality of material | metal honeycomb monolith, metal oxides and etc |
| Dimensions | flexible |
| Cell density | 80 ~ 500 cells per sq. inch |
| Flammability | non-flammable |
| Quality of material | ceramic honeycomb monolith, metal oxides and etc |
We also have a ceramic honeycomb type ozone destruction catalyst for industrial applications. (Jump to Ozone removal for industrial applications)
Typical Applications
● Copy machines
● Air purifiers
● Electric dust collectors that generate ozone
● Air conditioners
● Other ozone removal devices
Ozone Destruction by Mn
Mn can decompose ozone into oxygen with extremely high efficiency at room temperature. The chemical reaction formula of the catalytic ozone destruction is as follows:
Step1： O3 + Mn(catalyst) → Mn-O + O2
Step2： Mn-O + O3 → Mn + 2O2
