CPAP FILTER MEDIA


HIGH-EFFICIENT FILTER MEDIA FOR ARTIFICIAL RESPIRATORY SYSTEMS

 

Filters for CPAP (continuous positive airway pressure) and other artificial respiratory devices are essential for keeping your machine clean and free from dust, pollen, and other allergens. Using a high-quality filter media for CPAP and other artificial respiratory devices  is the best way to protect yourself and keep your machine running smoothly.

Our filter media is designed to capture up to 99% of airborne particles while allowing air flow through without any resistance. With our filter media, you'll enjoy cleaner air with every breath!

ADVANCED, BREATHABLE AIR FILTER MEDIA

FOR CPAP UNITS AND ARTIFICIAL RESPIRATORY DEVICES

 

FILTER MEDIA

Air Filters are vital components in keeping a continuous positive airway pressure (CPAP) unit running safely and without introducing pathogens into the airway and medical facemasks in general.  We offer a variety of highly efficient meltblown media, made of many different polymers (PP, PBT, PA). We can offer natural or colored meltblown media. We design our meltblown grades to obtain BFE ratings of 99%+ whilst maintaining a low resistance to aid with breathability.  Gessner's electrostatic coarse fibered filter media, Alphastar™, has similar efficiencies to our meltblown but has a 10X lower resistance due to the electrostatic effect and coarse fibers.

Our Alphastar™ Triboelectric filter media captures a wide assortment of dust, pollen and contaminated air particles. Because the Triboelectric material has both positive and negative charge, it attracts air particles which increase filtration efficiency.

BENEFITS OF FILTER MEDIA FOR ARTIFICIAL RESPIRATORY DEVICES

                 

  • Very good breathability
  • Stable Electrostatic Charging
  • High Performance-to-weight ratios
  • Various Needling Configurations
  • Weights Ranging between 20 to 1000 gsm
  • Widths up to 90 inches (229cm)
  • Fully Incinerable
 

OUR PRODUCT RANGE FOR CPAP FILTER MEDIA AND ARTIFICIAL RESPIRATORY DEVICES