Dust mask FFP1

The FFP dust mask (Filtering Face Piece) , more commonly known as a disposable mask, is a somewhat special respiratory protection device used both by individuals and professionals against fine solid or liquid particles (aerosols), viruses and bacteria. . Unlike conventional equipment - which uses filter cartridges - it is disposable and the entire facepiece is made of filter materials. This is the first level of respiratory protection with an attractive protection / comfort / price ratio but only protects the user against particles. It cannot therefore be worn if gases or toxic vapors are present in ambient air.

The 2001 version of the EN149 standard defines 3 protection classes (FFP1, FFP2 or FFP3) based on the maximum penetration value of the media towards the interior or the proportion of particles that the mask lets through: class FFP1 "not very filtering» Stops at least 78% of particles, class FFP2 «intermediate» stops 92% of particles and class FFP3 "the most filtering of the 3" stops 98% of particles and therefore to be preferred for very fine dust such as asbestos ( level 1), viruses or bacteria (such as H1N1, avian influenza or the coronavirus). All the FFP masks offered on our site greatly exceed the values ​​set by this standard, ranging from 94% for FFP2 to 99.97% particle filtration for FFP3 masks.

The expiratory valve is a very important element in terms of respiratory comfort and hygiene. It allows the evacuation of hot and moist exhaled air, preventing heat build-up under the mask and any condensation, allowing the user to remain in a cool and comfortable environment. However, in case of pandemics such as the coronavirus (covid-19), the valve device - admittedly comfortable - can release aerosols emitted by the wearer into ambient air and potentially contaminate those nearby. As a result some manufacturers have developed increasingly comfortable equipment with an FFP3 filtration level without any valve, such as the FFP3 F31000 mask - sterilizable and therefore reusable - offering maximum protection with minimum respiratory resistance.