Highly efficient ozone generators from ELVERRE offer quick disinfection for various facilities, eliminating microorganisms, bacteria, and unpleasant odors. The EF series produces 10 to 45 g of O3 per hour, providing effective solutions for a range of spaces.
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Min. 140 PLN free delivery. DPD courier, InPost parcel lockers.

  Returns Policy

"You have the right to return the goods. Details are described in the regulations."

Ozone is nothing more than oxygen, but in a three-atom bond, which spontaneously forms during atmospheric discharges (storms), or under the influence of ionizing action of ultraviolet radiation. Ozone in the stratosphere plays a very important role as a barrier against harmful UVC radiation, making life possible on our planet. Ozone exhibits very strong antiseptic, bactericidal, and fungicidal properties, as a strong oxidizing agent it reacts with nucleic acid (DNA, RNA). The bactericidal action of ozone is about 50 times more effective and 3000 times faster than chlorine!

ELVERRE offers 5 models of highly efficient ozone generators - produced in-situ from atmospheric oxygen in the same way as during a storm, i.e., by means of high-voltage corona discharges.

Our ozone generators effectively eliminate microorganisms, bacteria, tobacco odor, sweat, mustiness, and as recent studies have shown, they are an effective means of combating insects (cockroaches, beetles, silverfish, etc.) - they can also be an alternative means of combating rodents in basements and other enclosed spaces.

The Elverre EF series ozone generators produce from 10 to 45 g of O3 per hour depending on the model, allowing for quick disinfection of classrooms, gymnasiums, libraries, offices, hotel apartments, buses, and any other facilities with a high concentration of people. For individual apartments, the EF150 model (15g/h) is sufficient, providing lasting removal of unpleasant odors, mold, pleasant refreshment, and disinfection. It is worth adding that ozone copes with such a difficult problem to remove by other methods, such as the smell of decomposing tissues (animals and humans).

The model presented in the offer produces 15 g of O3 per hour.

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