Purification Filter Media Material in Air Filtration Units

Versatile Air Filtration for Home and Commercial Use

    The effectiveness of modern indoor air purification equipment is highly dependent on the cascade of filter media. Our Air Filter Media Kit has been developed to optimize the performance of Air Filter Media by providing comprehensive protection through a four-fold blocking mechanism.

一、Filter Layers Explained

    The first layer of Air Filter Pad uses a high-density fiber structure to effectively trap visible pollutants such as dust, pollen and pet hair, reducing the load on the back-end filter media. The second layer of electrostatic electret nonwoven filter material adsorbs PM-level suspended particles through fiber charge, significantly increasing the capture rate of fine particles. The third layer of Activated carbon filter material adsorbs gaseous pollutants such as formaldehyde and odor in a targeted manner, which is especially suitable for newly renovated environments or kitchen fume purification. The final layer of composite HEPA filter material adopts interlaced fiber mesh design to ensure the ultimate interception of microorganisms, allergens and other ultra-fine particles.

二、Application Scenarios and Adaptability

    This media set is compatible with most domestic and commercial Air Filter Media devices, allowing users to freely combine the filtration layers according to the type of pollution. For example, a pet home can enhance the first layer of the Air Filter Pad to block hair, while an industrial plant can increase the thickness of the activated carbon layer to deal with chemical gases.

三、Maintenance and Sustainability

    It is recommended that the first layer of Air Filter Pad be cleaned monthly to restore its permeability by tapping or vacuuming. Activated carbon media requires shorter replacement intervals to avoid saturation in high temperature and high humidity environments, while HEPA-grade filter media maintains long-lasting purification in normal use, requiring only periodic inspection of surface integrity. All media are treated with an environmentally friendly process, and can be sorted and recycled after disposal to reduce the burden on the environment.