The ultra-compact, state-of-the-art AirgoPro 8 comes standard-equipped with a built-in timer, air filter and application-specific preselect modes for 3 ventilation and 5 intensity stages and packs all you would expect of a professional odour neutraliser. Yet it is so light and compact that you would hardly believe it.
And because the AirGo 8 is a plasma field ionizer - and not just your average ozone generator - it produces mainly singulett oxygen and only very small amounts of ozone, which makes it ideal for a whole variety of application possibilities. Like ozone, active oxygen is a powerful oxidation agent – but here comes the good part: it is absolutely non-toxic – as long as it is applied professionally, of course.
This means that the AirgoPro can in fact even be used in occupied rooms or spaces provided that a number of conditions are met!
The odour neutralisers in the AirgoPro series are plasma field ionizers that work according to the same principle as ozone generators, but with a much lower energy input. The air that is conducted through the unit is subjected to a corona discharge (ionisation). The fission products which only are only formed within the fixed plasma are made up of singulett oxygen and its modifications, atomic oxygen as a free radical, which is here also a first-stage product for the generation of ozone. The contaminants in the drawn-in air - viruses, bacteria and mould spores, for example - are subjected to oxidative degeneration, which is supported further still by the presence of hydroxyl radicals. Plasma field ionizers can be installed in ventilated rooms provided that a distance of at least 2m is kept between the source of the ions and those present in the rooms.
The odour neutralisers in the AirgoPro series are plasma field ionizers that work according to the same principle as ozone generators, but with a much lower energy input.
The air that is conducted through the unit is subjected to a corona discharge (ionisation). The fission products which only are only formed within the fixed plasma are made up of singulett oxygen and its modifications, atomic oxygen as a free radical, which is here also a first-stage product for the generation of ozone.
The contaminants in the drawn-in air - viruses, bacteria and mould spores, for example - are subjected to oxidative degeneration, which is supported further still by the presence of hydroxyl radicals.
Plasma field ionizers can be installed in ventilated rooms provided that a distance of at least 2m is kept between the source of the ions and those present in the rooms.