Ozone Removal

Item No.: 00158
Trustifiltor's ozone removal product ( ozone filter ), is made by high temperature heating treatment process with honeycomb coated by Mn Catalyst. Ozone would be transformed into oxygen for an instant, while the filter be impacted by ozone in air.
Description
Description

            
            Our ozone destruction catalyst, M
n, 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  

Mn-M (metal honeycomb type)

          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




 

Mn-C (ceramic honeycomb type)

          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


M
n can decompose ozone into oxygen with extremely high efficiency at room temperature. The chemical reaction formula of the catalytic ozone destruction is as follows:

Catalytic ozone destruction reaction


 Step1: O3 + Mn(catalyst) → M-O + O2
 Step2: M-O + O3 → M + 2O2


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