LightAir IonFlow Signature 2.0 Bronze

The LightAir IonFlow Signature Bronze is an air purifier with a sophisticated look in natural bronze color and wood imitation. The discreet amber decorative light shines down into the base, providing a warm impression.

This is the perfect air purifier for the classic home.

It has a very low noise level and effectively cleans your air of pollutants such as pollen, pet allergens, traffic pollutants, smoke, viruses, bacteria, and ultrafine dust – down to PM0.007.

Furthermore, research shows that it inactivates over 97% of viruses already in the air.

The LightAir IonFlow Signature is suitable for homes, offices, schools, and other indoor environments, purifying rooms up to 50 m².

It is an excellent air purifier for people with allergies, asthma, COPD, pregnant women, infants, the elderly, and anyone else who wants to maintain good health and avoid infections and air pollution.

How LightAir IonFlow Signature 2.0 works:

• LightAir's patented IonFlow technology generates billions of electrons per second, which are converted into negative ions.
• The negative ions charge airborne particles such as pollen, exhaust fumes, allergens, viruses, bacteria, mold spores, etc.
• Once the particles are negatively charged, they are attracted to the positively charged collector on the air purifier, which acts like a magnet for the particles.
• When the particles have accumulated on the collector and it looks dirty, turn off the air purifier and clean the collector under running water.

Advantages of IonFlow air purifiers:

• Effectively purifies the air of the smallest and most harmful airborne particles. Down to nano-size (smaller particles than a filter can capture)
• Inactivates viruses already in the air and also prevents the spread of viruses and bacteria. Proven by, among others, the Karolinska Institute.
• Quiet. The noise level is only 21 dB(A), so this air purifier is not heard at all in a normal home or work environment.
• No expensive filters to change. You clean the particle collector under running water when it gets dirty.

LightAir's entirely unique and innovative technology generates a very high concentration of negative ions without producing ozone as a byproduct.

Scientific studies prove that LightAir IonFlow air purifiers kill viruses

The Karolinska Institute has conducted research studies on the effect of LightAir IonFlow technology on infectious airborne viruses such as influenza, rotavirus, and calicivirus, as well as other airborne microbes.

The seven-year studies prove that the technology both reduces the virus concentration in the air and inactivates 97% of airborne viruses so that they cease to be infectious. Animal experiments were conducted, and without an air purifier, three out of four animals were infected by airborne viruses from already infected animals. With the IonFlow air purifier switched on, the experiments showed that none of the animals were infected.

The scientific virus study was conducted by recognized researchers at the Karolinska Institute, one of the world's leading medical universities, and has been reviewed and published by the world's most cited scientific publication: Nature.

Here you can read more about this study:

» LightAir Scientific virus report, press release (pdf)
» LightAir Virus Prevention brochure (.pdf)
» Research report/article on Nature's website

Do IonFlow air purifiers help against coronavirus?

New test results from the Spanish research institute IrsiCaixa AIDS Research Institute show that LightAir's IonFlow technology inactivates viruses mimicking SARS-CoV-1 and SARS-CoV-2 in droplet form. The new tests measured different versions of engineered viruses – pseudoviruses – that mimic the entry of specific coronaviruses into cells. The conclusion is that IonFlow technology has a clear inhibitory effect on viral entry when viruses are present in droplet form on exposed surfaces. The ultrahigh-density ionization process attacks the virus's protective protein shell and thus neutralizes it, preventing it from attaching to and infecting human cells.

Here you can read more about this study

» Download conclusion (.pdf)
» Read the press release regarding the research here