Chemical filter media is made of special

Special chemical formula formulated to effectively remove odor, toxic and harmful gases and corrosive gas pollutants. The adsorption filter media removes gaseous pollutants through chemical adsorption, where a chemical reaction occurs with the gaseous pollutants, and the gaseous pollutants are converted into harmless solids that remain inside the filter media. Unlike simple physical adsorption, in chemical adsorption, odor and toxic gases are converted into harmless salts to stay inside the adsorption filter media, once the pollutants are removed from the environment, they can't come back to the air, effectively eliminating secondary pollution of the air environment.

There are many parameters of chemical filter media specification such as particle shape, moisture content, filling density, etc., which are important factors affecting its performance in use. In considering the end use of the installation, it is important to make the most suitable selection of adsorption and purification materials.

1. pelletgrainShapeShape

The particle fill effect is related to their shape has a clear relationship. Spherical filter media of uniform size provides the most uniform filling effect. For flake and cylindrical shapes, fill rates using the same filling method will achieve similar fill rates to spherical media, however, over time, both media shapes pile up along their planar axes, whereby media settling occurs, which results in degradation of the performance of the bypass and air purification system.

2.WetDegreeConcentrationminute

Chemical filter media performs well at different temperatures and humidity levels, effectively removing a wide range of gaseous pollutants without harboring bacteria and microorganisms.

3.FillFillDensityDegree

The overall removal capacity of any given air purification system is determined by the filter media it is filled with, and air purification systems using particulate filter media are filled by volume, not mass, so comparisons based on volumetric capacity, rather than mass capacity, should be used in the development of filter media replacement schedules and life cycle cost estimates.

In the actual In the application, we need to adjust according to the specific location and pollutant category, and fully consider the impact of environmental parameters on the adsorption performance and other specific circumstances, so as to select different filter media to achieve the removal of different gaseous pollutants.

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