Media Air Filter Material 100m 80cm Paper Roll Pre HEPA Mid Efficiency Custom

Air Filter Material Media Paper Roll Pre Hepa Mid Efficiency Custom Filtration Size Dimension
 

Common Air Filter Materials

1. Fiberglass

   • Use: Widely used in HEPA filters and pleated filters.
   • Properties: Lightweight, durable, and efficient at trapping small particles.
   • Application: Common in residential, commercial, and industrial air filtration systems, including HVAC systems.

2. Polyester (Synthetic Fibers)

   • Use: Often used in pleated filters and media filters.
   • Properties: Durable, cost-effective, and resistant to moisture.
   • Application: Found in residential and industrial air filters, as well as HVAC systems.

3. Cellulose (Paper)

   • Use: Typically used in pleated filters and panel filters.
   • Properties: Relatively inexpensive but less durable than synthetic or fiberglass materials.
   • Application: Used in low to medium-efficiency filters in HVAC systems and some air purifiers.

4. Activated Carbon (Charcoal)

   • Use: Common in gas-phase filters and carbon filters.
   • Properties: Adsorbs odors, gases, and volatile organic compounds (VOCs).
   • Application: Used for air purification in environments where odor control or chemical filtration is needed (e.g., kitchens, industrial settings, or hospitals).

5. Electrostatic Media

   • Use: Used in electrostatic filters and ionic filters.
   • Properties: Uses an electrostatic charge to attract and trap particles, improving the efficiency of the filter.
   • Application: Found in both residential and commercial air purifiers, often used to capture fine dust, smoke, and allergens.

6. Polyurethane Foam

   • Use: Used in foam filters.
   • Properties: Soft, flexible, and capable of trapping larger particles.
   • Application: Common in HVAC filters, industrial filtration, and applications requiring easy-to-clean filters.

7. Metal Mesh

   • Use: Used in washable filters and coarse filters.
   • Properties: Durable and washable, suitable for capturing larger particles like dust and debris.
   • Application: Common in industrial, automotive, and commercial air filtration systems.

8. HEPA (High-Efficiency Particulate Air) Materials

   • Use: Typically uses fiberglass or synthetic fibers woven into a dense mat to form a highly efficient filter.
   • Properties: Extremely effective at trapping particles as small as 0.3 microns (99.97% efficiency).
   • Application: Used in cleanrooms, hospitals, laboratories, and high-precision environments where contaminant control is critical.

9. ULPA (Ultra Low Particulate Air) Materials

   • Use: Similar to HEPA filters but with a higher efficiency.
   • Properties: Made from highly dense fiberglass or synthetic fibers to trap even smaller particles (down to 0.12 microns).
   • Application: Used in highly sensitive environments like semiconductor manufacturing, biotechnology, and pharmaceutical production.

10. Wire Mesh

    • Use: Used in dust collectors and coarse filters.
    • Properties: Made from metals like stainless steel, this material is strong, durable, and used to filter large particles.
    • Application: Common in industrial and HVAC applications where coarse particle removal is required.

11. Melt-Blown Polypropylene

    • Use: Used in high-efficiency filters and pre-filters.
    • Properties: Offers excellent particle filtration, often used in combination with other materials for multi-stage filtration.
    • Application: Common in industrial filtration, cleanrooms, and certain air purifiers.

12. Pleated Paper

    • Use: Common in HVAC filters.
    • Properties: Provides a large surface area for filtering and is cost-effective.
    • Application: Found in residential HVAC systems and light industrial filtration.

 
Technical Data
 

 
Application

• Electronic
• Precision machinery
• Food
• Semiconductor
• Pharmaceutical