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MES-SD01
BESIN
Product Description
This washable micro electrostatic filter utilizes advanced IFD technology to tackle both particulate and biological contaminants. Firstly, it acts as a high-efficiency micro electrostatic filter for PM2.5, charging and trapping over 95% of fine dust and smoke. Simultaneously, via intense electric field ionization and adsorption, this micro electrostatic filter for bacteria removal, disrupting and deactivating viruses, bacteria, and odor molecules.
This micro electrostatic filter is reusable, features low resistance and energy saving with no consumables, suitable for various air purification equipment.
As a washable micro electrostatic filter, it is designed for repeated cleaning and long-term reuse, significantly reducing waste and operational costs.
This micro electrostatic filter for PM2.5 excels at trapping fine dust while functioning as a powerful micro electrostatic filter for bacteria removal by addressing both particulate pollution and microbial threats.
Engineered with IFD technology, the micro electrostatic filter for bacteria removal ensures continuous air disinfection without producing harmful ozone.
| Item name | Washable micro electrostatic filter for bacteria removal |
| Material | PP, stainless steel plate, stainless steel /tungsten needles |
| Frame | Plastic, aluminum profile |
| Dimensions (L*W, mm) | Customized available, regular 200*200mm to 700*800mm |
| Thickness (mm) | 25, 28, 50, 80, 100 |
| Rated wind speed (m/s) | 1.5 |
| Air resistance (PA) | 5-8 |
| Maximum humidity | 80% |
This washable micro electrostatic filter is suitable for air purifiers, air conditioners, fresh air systems and other equipment in homes, offices and commercial spaces, and it also can be easily integrated into AHUs and ceiling-mounted AC units to eliminate odors and cross-infection risks. It serves as a crucial micro electrostatic filter for bacteria removal.
As a highly efficient micro electrostatic filter for PM2.5, it is perfectly suited for urban office buildings facing heavy smog challenges. Its ability to maintain high airflow while providing total sterilization makes it the preferred choice for modern "Green Building" air purification projects.
