Air Purifier Filter
Air Purifier Filter

Air Purifier Filter

Product Overview

- Applied to air purifiers used for indoor air purification in households

- Filters that are fully compatible with air purifiers, ensuring cost competitiveness

- Made with H13-grade fabric manufactured using the Meltblown process

- Can be combined with antibacterial and deodorizing materials to enhance functionality

- Capable of producing various shapes of purifier filters (cylindrical, rectangular, flat)


  Material & Operating Conditions


DescriptionMaterial
MediaMB+
Grade (EN1822)H11, H12, H13
FrameNon-woven fiber, Paper, P.P, ABS
SeparatorHot-melt
SealantHot-melt, Urethane
GasketEPDM / PU Foam / Neoprene
DeodorizationCorrugate, Activity Carbon, Carbon Matt


  Hepa Filter

Hepa Filter

- HEPA filter grades generally range from E10 to H14

- Filters rated E10 to H12 capture only 85–99.5% of 0.3㎛ particles    In contrast, H13-grade HEPA filters remove 99.97% or more of 0.3㎛ particles, offering high efficiency

  Deodorization FIlter

Activated Carbon

- An activated carbon filter that is additionally combined to enhance the functionality of HEPA filters.

- Designed with a honeycomb-shaped frame filled with high-performance activated carbon.

- The micro-pores in the activated carbon effectively adsorb various particles and dust, removing household odors and harmful gases, allowing the HEPA filter to be used more efficiently for an extended period.

  Deodorization FIlter 

15ppi

Corrugate

- A deodorization filter that is additionally combined to enhance the functionality of HEPA filters.

- The surface is coated with activated carbon to minimize pressure loss and improve deodorization efficiency by combining multiple absorbent materials to eliminate various odor gases.

- A carbon corrugated deodorization filter is manufactured by mixing pulp and carbon to create carbon paper media, then laminating a plate-patterned sheet with a wave-patterned sheet, cutting them into a filter- compatible shape.

- Excellent airflow properties, low-pressure loss, and high efficiency performance.