Does Blue Air Have A Hepa Filter

How frequently should I change the filter in my Blueair unit?

In order to maintain the high performance level y'all expect from Blueair, we recommend filter replacement at a four-, six- or 12-month interval, depending on the model.

Why so ofttimes? The corporeality and blazon of indoor air pollution can vary dramatically from surroundings to environment. Some manufacturers claim an exceptionally long filter life for their units – some as long equally 5 years! At Blueair, we tell y'all how ofttimes filters need to exist changed in the real world, not under best-example weather condition in a laboratory setting.

Clearly, replacing filters every few months increases the maintenance cost of your Blueair organization. Nonetheless, we believe yous would rather know up front what information technology takes to go along your indoor air make clean and healthy. Without regular filter replacement, your air cleaner is operating at merely a small percentage of optimum performance.

To brand maintenance as easy every bit possible, Blueair offers a user-friendly Filter Subscription Programme in some countries that automatically delivers your replacement filter kit at the recommended replacement intervals.

If y'all'd rather keep rails of filter replacement yourself, you may obtain filters from your Blueair dealer, retailer or guild directly from Blueair. With regular filter replacement, y'all are assured best of course performance for the life of the organisation.

What type of Blueair filter do I need?

Cull a filter blazon based on the kinds of pollutants (particles and gases) that may exist present in your particular environment. Blueair's standard HEPASilent™ filter is a Particle Filter that provides efficient filtration for environments where particles are the primary concern and gases are secondary. For whatever environment in which removing gaseous pollutants (including tobacco smoke) is a priority, nosotros recommend the optional SmokeStop filter.

All Blueair systems incorporate patented HEPASilent™ technology, which combines mechanical and electrostatic filtration methods to capture 99.97% of the tiniest 0.1 micron particles and gases.

Blueair systems remove more of the smallest particles, compared to the HEPA systems of other manufacturers. They remove more dust than competitive units. Our standard filters are suitable not only for average homes with family members in good overall health, but also for families who demand an extra level of protection for the elderly, small children or those with respiratory or cardiovascular illness.

Blueair's optional SmokeStop filter adds more gas adsorption capability and is recommended for removal of tobacco fume, and for environments like workshops or workplaces where chemical fumes and gases are nowadays.

For people with chemical sensitivities, and those whose asthma or allergies are provoked past stiff odors and fumes, the SmokeStop filter provides an even college level of protection.

Blueair units are also helpful in fighting the effects of fume from forest fires.

 How does HEPASilent™ applied science achieve such high levels of filtration?

Most HEPA filter systems use only mechanical filtration, which as a standard, remove 99.97% of particles at 0.3 micron. Blueair's patented HEPASilent™ filter applied science combines mechanical and active electrostatic filtration methods, in order to achieve college efficiency and capture smaller particles than either mechanical or electrostatic filtration solitary.

Mechanical filtration essentially strains out or intercepts mid-range particles (0.3 to 0.9 micron) in much the aforementioned mode as a colander strains pasta. And only as tiny bits of pasta escape through the holes in a colander, the tiniest particles can float past the filter media and escape an air purification system.

Particles that mechanical filtration solitary might miss are captured by the electrostatic component of Blueair's HEPASilent™ organisation. HEPASilent technology filters out 99.97% of particles at 0.1 micron, when operating at its lowest speed.

Our system moves all particles through a sealed ion bedroom, where they collide with negative ions and pick upwardly a very slight electric charge. As they exit the ion chamber, particles are attracted to the positively charged pleats of the HEPASilent™ filter media. Rather than floating past the filter media, particles are captured and removed from your indoor air.

Nearly electrostatic systems charge the fibers of the filter media itself, rather than the particles. The charge naturally dissipates over time and renders the filter media less efficient. By constantly charging incoming particles, instead of the filter fibers, HEPASilent™ technology keeps on working effectively and reliably.

Ionization does produce trace amounts of ozone, a gas known to irritate compromised lung tissue. Blueair systems use a very low electric current to minimize ozone production and a sealed steel housing surrounding the ionization sleeping accommodation to proceed ozone contained. For more protection, our activated carbon filter adsorbs any ozone particles that may escape from the encapsulated ionization bedchamber.

In fact, testing shows that the ozone concentration in our system'south output air is actually lower than in the incoming air. Blueair'south electrostatic organization is no threat to wellness, even for those with respiratory illness.

 Tin Blueair systems remove indoor gases?
 Yes. The Blueair air purification system can remove gases and fumes such every bit tobacco smoke, auto exhaust, chemical fumes, smoke from wood fires and gases released by synthetic building materials.
The standard HEPASilent™ filter is made of polypropylene, which assistance mechanically filter out airborne particles. To maximize filter effectiveness, particles are negatively charged by the Blueair unit before reaching the filters.

The optional SmokeStop filter uses activated carbon media to trap gases and odors. We recommend the enhanced SmokeStop filter for removing tobacco smoke and for whatever indoor environment where gaseous pollutants are nowadays. Such environments might include work or hobby rooms (where strong glues and paints are used) and kitchens.

How do gases find their way indoors? The use of chemical-based household and personal cleaners, indoor pesticides, and aerosols of all kinds has dramatically increased our exposure to gaseous pollutants, which often linger inside today'due south tightly sealed, energy-efficient homes.

Other gases may be introduced into your indoor surround when the plastics, binders and glues in synthetic building materials, carpets and furnishings release particles into the air in a process chosen outgassing. Flammable gases from heating systems may besides be present.

Outgassing tin be a particular problem with new synthetic carpets and upholstery, paints and interior wall treatments, and even the pressed article of furniture that is pop today. All may produce noticeably strong odors and correspondingly high levels of gaseous contaminants, which diminish over time. Installing a SmokeStop filter during and after remodeling tin temporarily increase your unit's air cleaning power when outgassing is a problem.

These irritating gases may be a factor in a host of illnesses related to indoor air pollution, from respiratory disease to chemical sensitivity. Fifty-fifty stiff odors are known to have a significant effect on asthma. Blueair offers two levels of protection from the potential health issues associated with gaseous pollutants.

Standard HEPASilent™ filters incorporate not-toxic polypropylene filter media to trap particles and activated carbon filter media to remove gases. The optional SmokeStop filters offering added gas adsorption capability and are otherwise identical to standard Blueair arrangement filters in terms of particle filtering ability, filter life and size. You simply supervene upon the standard filter with the enhanced SmokeStop.

Yous can order any Blueair SmokeStop filters direct from this site past clicking here

 Tin Blueair systems trap airborne leaner?
The answer is a qualified "yes." Bacteria and viruses are trapped in Blueair filters.

No air filtration system is 100% constructive at removing 100% of all bacteria and viruses. Still, Blueair's combination of mechanical and active electrostatic filtration provides exceptionally high levels of protection. Our HEPASilent™ technology traps and removes 99.97% of airborne particles every bit pocket-size as 0.1 micron.

Airborne bacteria and viruses are a common source of respiratory infection and a particular threat to infants, the elderly and those with compromised allowed or cardiovascular systems, including people with allergies, asthma, AIDS and middle disease. Some serious infectious diseases are spread through airborne leaner or viruses, including whooping cough, meningitis and anthrax.

How large are the bacteria and viruses that threaten human health? According to the Pennsylvania State University Department of Aerobiological Engineering science airborne pathogens database, health-threatening leaner and viruses range in size from .018 micron to as large equally ane.325 microns. Airborne pathogens larger than 0.ane micron include:

- Chickenpox virus (Varicella zoster) at 0.12 to 0.ii micron

- Smallpox virus (Poxvirus variola) at 0.14 to 0.3 micron

- Whooping cough leaner (Bordetella pertussis) at 0.two to 0.3 micron

- Pneumonia bacteria (Mycoplasma pneumoniae) at 0.two to 0.three micron

- Bronchitis leaner (Chlamydia pneumoniae) at 0.two to 0.iv micron

- Meningitis bacteria (Haemophilus influenzae) at 0.ii to 0.3 micron

- Tuberculosis leaner (Mycobacterium tuberculosis) at 0.two to 0.6 micron

- Diphtheria bacteria (Corynebacteria diphtheria) at 0.3 to 0.8 micron

- Reddish fever leaner (Streptococcus pyogenes) at 0.half-dozen to 1.0 micron

- Otitis media bacteria (Streptococcus pneumoniae) at 0.8 to 1.0 micron

- Anthrax bacteria (Bacillus anthracis) at one.0 to one.25 micron

 Does Blueair'southward ionization process produce dangerous levels of ozone?

No. The international air purifier standard IEC60335-2-65:2010 requires that air purifiers exercise not generate excessive amounts of ozone. This is tested by running the unit in a closed chamber with the dimensions 3,0 x iii,5 x 2,5 meters for 24 hours. During the test the ozone concentration must not exceed 50ppb (parts per billion). All Blueair air purifiers are tested and comply to IEC60335-ii-65:2010. The standard is adopted by many countries around the globe such as Taiwan, Korea, Japan and the European Spousal relationship. To earn the Energy STAR the unit's ozone emission must meet UL Standard 867, the U.Due south. government's criteria for ozone emission, which for air purifiers is ≤fifty ppb (parts per million).

In 2016, the ozone reducing capabilities of all Blueair models were tested. The tests were performed on units fitted with particle filters, carbon filters too as SmokeStop filters, and concluded that ozone concentrations in the air directly later passing through Blueair'south filters were lower than the ozone concentrations in the surrounding air. While these positive results were axiomatic on units fitted with both particle filters, carbon filters and SmokeStop filters, results were virtually obvious with the SmokeStop filters. The design of the filter in combination with its construction of porous activated carbon nearly efficiently reduces ozone in indoor air. The tests were performed at SP Technical Research Institute of Sweden in a closed chamber with the dimensions 3,0 x 3,5 x 2,v meters.

My air purifier is on full speed all the fourth dimension
If yous are using an air purifier with sensors, you have the selection to ready the purifier on machine mode, via the app or on the unit directly, to trigger the airflow speeds automatically according to pollution levels.
If your air purifier automatically runs on the highest speed level, it means that the concentration of VOCs and/or particles in the room have increased and requires faster air cleaning. You tin cull via the app if yous want the auto mode to trigger on particle levels or particle and gas levels (Tap the information details ('i')).
Your air purifier should gradually lower the airflow speed as soon as the air in the room is make clean once again.

What does it mean if the air purifier continues running on loftier speed?
Virtually of the time, it means that some dust is chock-full on the filter or on the sensors. Here is what you tin do:
Make certain you have replaced the filter in the terminal vi months.
Make sure that the auto mode settings in the app are adapted to your type of filter (if you are using a Particle filter, the machine mode trigger in the app should be fix to 'Particles' only. If you are using a carbon filter, the auto way trigger should be attack both 'Particles' and 'Gases').
Bank check that no dust or any particular is blocking the inlet and outlet grids of the air purifier. Vacuum the air purifier from the outside. Don't forget to vacuum where the sensors are located. The sensors are two circular arrays of holes on the side or at the bottom of the unit of measurement.
Open a window and air out the room. If high levels of VOC (gases) are causing the full speed, the room might exist filled with a gas which cannot exist removed by the air purifier (tVOC sensors can sense thousands of dissimilar gases, including harmless ones which cannot all be removed by the air purifiers).
If auto fashion and child lock are activated, deactivate them from the app. Try to change the fan speed from the app or manually.
If you are using an air purifier from East-series (models 270E, 450E, 550E, 650E etc.).
Use a can of compressed air (like the i you use for keyboards) to clean the sensor surface area. From the exterior, give the sensor area a couple of 3 seconds blasts.
The sensors are ii circular arrays of holes on the side of the LED display, one volition exist bundled like a flower; the other, a circumvolve.
If cleaning the sensor surface area doesn't help, reset the software on your air purifier. This resets the filter timer and the sensor: link to how to reset the Due east-series settings.
If you demand any assist, do not hesitate to us directly.

For more general FAQ'due south about air purification visit our help page by clicking here

Does Blue Air Have A Hepa Filter,

Source: https://www.breathingspace.co.uk/blueair-faq-i78

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