AirQUEEN Breeze Mask – White Individually wrapped (Pack of 600)
Introducing the AirQUEEN® Breeze Mask. AirQUEEN® Breeze Mask has N95 Level Filter Performance. US FDA NIOSH Standards, N95 is a filter grade similar to KF94. Air Queen Mask has been found to have excellent functions in inhalation resistance and exhalation resistance, making it a differentiated breathing convenience with the filter function of the Mask. AirQUEEN® Breeze Mask is an individually packaged CE-marked FFP2 type respirator developed and manufactured in South Korea by TopTec. It is very light and made of so-called Nano material, which makes it easier to breathe through than most other respirators that filter with the protection ratings FFP2. The protection is of the 3D type and thus becomes more comfortable to wear for longer periods, for example a flight.
FFP2 NR (N95 equivalent) Air Queen Breeze mask.
Highly efficient nanofiber filtering.
Thin and light fiber with excellent air-permeability breathable and prevents contaminents.
Extremely low airflow resistance allows easy, no-fog breathing and all-day comfort.
The FDA has approved these masks as being equivalent to 3M’s popular 1805/1805S masks.
Feather-light, each mask weights less than 4 grams (less than a sheet of paper).
Superior Nanofibre Performance
The Air Queen masks use a nanofibre filtration layer. Most cheap disposable masks feature either a simple cotton sheet, or a filtration layer made of melt-blown fibre. Melt blown fabric is a non-woven way of manufacturing polymer into continuous filaments in a random laid non-woven fabric. Melt blown fabric is common in diapers and feminine hygiene products, because of its high absorption. When used in face masks, the result is that the fabric quickly becomes moist after which its filtration effectiveness is reduced.
Standard melt-blown filter
(5,000 times enlarged)
The standard melt-blown fibres
have an average distance between
fibres of over 10μm
AirQUEEN® nanofibre filter
(15,000 times enlarged)
AirQUEEN’s nanofibres are much
thinner and have an average distance
between fibres of 1.0μm