The FFP (filtering face piece) filter mask also known as a respirator is a European Union-certified protective mask that protects the face, nose, mouth, throat, and respiratory organs against particles such as dust, dust particles, air particles or particles from bacteria. There are three types of FFP mask depending on the filtering efficiency. These include the following: Ffp1, F FP2, and FFP3, all of which can be selected when used for respiratory protection. The face Piece mask can also be filtered through a variety of other filters such as air filters, air purifiers, or air purifiers.
FFP1 FACE MASK
The FFP1 classification of respirators is designed for working environments where toxic fibrous dust particles and aerosols are expected in the air. The FFP1 mask filters particles up to 0.6 micrometers in size and 1 micrometer in diameter, as well as particles larger than 2 micrometers. The FFP1 face mask filters at least 80% of the particles. It has a limited filtering effect and only filters large particles. FFP1 is not good enough to protect the wearer from harmful micro particles carrying viruses
FFP2 MASK RESPIRATOR
The standard FFP2 mask respirator also known as a liquid-resistant surgical mask designed to protect against injection drops that hit the wearer’s nose, mouth, and airway. It is extremely comfortable to wear and protects even after long use and is used as a disposable mask. FFP2 mask is used to protect the face, nose, mouth, and airways as well as throat.
This face mask covers the mouth and nose and is typically made up of various filter materials that support the filtration of air in this particular mask. The FFP2 mask respirator contains various certification features that may be included when filtering air pollutants from the air
The FFP2 comes in a wide range of different shapes, sizes, and colors, as well as in many different styles. The FFP2 respirator can be used in different environments, including cold, wet, as well as hot and dry environments. The respirator also protects those who wear it from inhaling droplets of infectious agents
It should be noted that this type of mask must be used in combination with other PPE measures. The foldable FFP2 respirator valve is offered by manufacturers and suppliers of air filter masks. FFP2 masks are equipped with a valve to improve user comfort. This valve helps the user to breathe easily and prevents condensation on the mask by fogging the glass. The standard FFP2 surgical mask is effective in preventing respiratory diseases e.g. COVID-9.
The standard FFP2 face mask protects the wearer from inhaling droplets and airborne particles. It is designed to prevent the excretion of secretions from the upper airways and saliva, which can contain particles such as dust, dust particles, air particles, or particles from bacteria and viruses when exhaled. Due to its filter efficiency and its usability, it is considered as one of the most efficient filter masks in its class.
In high-risk areas where surgical masks do not provide sufficient protection, an FFP3 mask respirator with a valve would be recommended. The FFP3 series respirator is extremely durable, features a preformed bridge of the nose, and an excellent fit that provides easy access to nostrils with excellent ventilation.
When we talk about the FFP3 face mask, it is a reusable mask, typically made of non-woven synthetic fiber, and features a high-performance exhalation valve that is used to change the filter layer by screwing in. This type of FFP mask provides its users with many important specifications and protection features when worn in a compromised environment.
FFP3 is also designed to protect against spray drops that hit the wearer’s nose, mouth, and airway. The report examines the effectiveness of the FFP3 mask in reducing the spread of droplets in the air and their effectiveness in preventing infection.
In this way, the FFP3 mask is designed to allow the user to breathe through the airways, providing a safe and comfortable environment for both the wearers. It helps to avoid any secretions in the upper airways or saliva that are present during exhalation and inhalation of the carrier, such as mucus.
A standard surgical mask is one of the most effective ways to prevent infections among health care workers. The ability of the filter mask FFP3 to filter out micro particles and viruses is greater than that of the mask FFP2. This respirator filters 99% of the particles, which means that it provides the greatest protection. This mask can also prevent infection in patients with respiratory diseases such as asthma, bronchitis, and respiratory infections. FFP3 protects against fine particles, for example, asbestos. It doesn’t protect against gases and specifically nitrogen oxide
What Is the Difference Between Ffp1, Ffp2, and Ffp3?
This type of face mask is classified as “FFP1,” “FFP2” or FFP3, indicating its ability to filter out micro particles, viruses, suspended particles, and other particles, as well as facial features. FFPs stand for “Filtering of fine particles”. The respirators, which range from FFP1 to FFP2 to FFP3, offer respiratory protection against different concentrations of pollutants depending on the size of the particles (particles from 0.6 mm to 1.5 mm).
The rule for the three classifications of FFP masks is that the higher the number, the better the protection, meaning that “FFP3” provides the greatest protection of all three. Each of the antivirus masks offered can filter out the capacity of the particles in the air, which they can hold back depending on the degree of protection. The FFP masks have different capabilities and will work by filtering out certain pollutants from the air.
|FILTERING PENETRATION LIMIT
|Filters at least 80% of air particles
|Filters at least 94% of airborne particles
|Filters at least 99% of air particles
Conclusion: Hospitals and medical staff are protected by masks and respirators in the event of an emergency such as a heart attack, stroke, respiratory arrest, or other serious illness. You should wear a mask to protect your lungs from all the dangerous things in the air. These could be particles, dust, aerosols, or smoke which may reduce the amount of blood flow to the lungs and other body parts such as the brain, heart, and lungs.