An ionizer in the apartment is indeed a genuinely valuable asset. However, its proper usage is crucial. Neglecting the fundamental guidelines carries potential risks. Firstly, even with a high-quality device, the positive effects of ionization may go unnoticed. Secondly, it could result in undesired consequences, such as dizziness and sleep disturbances.

In reality, the rules governing the use of an ionizer are remarkably straightforward. Dedicate a mere 10 minutes to peruse this article and acquire knowledge on maximizing the health benefits for your entire family.

Where do I put the ionizer?

Virtually all individuals who acquire an ionizer endeavor to locate a spot within their apartment from which it can disperse beneficial ions throughout the entire room. Even better, they aim for its influence to extend to neighboring spaces.

Nevertheless, it must be acknowledged that achieving a uniform distribution of aeroions throughout the room is unattainable, except for aero-ionizers equipped with an integrated fan.

Furthermore, ions serve the purpose of benefiting people alone and do not occupy the entirety of the living space. Typically, there exists a designated area within the room encompassing a desk, bed, chair, or sofa. It is within this zone that the ionizer should be positioned. For instance, it can be affixed to the wall or placed upon a table or nightstand.

Should the intention be to counteract the adverse effects of the television screen, it is preferable to position the air ionizer on the side, between the viewer and the TV.

In the event that the ionizer is intended for use while working at the computer, it is best placed on the wall, ideally behind the monitor, approximately 40-50 cm above its upper boundary.

The choice of installation location should also be guided by two factors:

The level of ion concentration produced.

Typically, this value is indicated in the instructions. The higher the concentration, the greater the distance at which the device should be placed. However, there are low-power models that fare better when positioned closer. Do not hesitate to peruse the instructions.

Moreover, it is worth noting that aerosol concentration is always specified in relation to the distance from the device. For instance, low-power household aero-ionizers generate 2-5000 ions per cubic centimeter at a distance of 1 meter, whereas powerful models produce up to 50,000 ions per cc at the same 1-meter distance.

Personal Sensitivity.

Undoubtedly, individuals vary in their sensitivity to air ionization. Based on our observations, approximately 5% of people exhibit heightened sensitivity to aero-ions, experiencing dizziness characteristic of an excessive dosage, even at low concentrations.

However, the vast majority of individuals react calmly to charged ions and exclusively reap the positive benefits they confer.

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How long the air ionizer should work?

The second crucial inquiry pertains to the duration of ionizer activation. The operating time of the air ionizer primarily hinges on the desired effect.

To alleviate fatigue during use, the device can be turned on for a period ranging from 1 to 2 hours, up to 5 to 6 hours. Your well-being serves as the principal indicator.

Should you seek to enhance the quality of your sleep, commence by ionizing the room for 0.5 to 1 hour before retiring for the night. Subsequently, you may experiment with leaving the ionizer on throughout the night. If you awaken in the morning feeling wonderfully rejuvenated and refreshed, you may continue doing so. Conversely, some individuals may experience slight discomfort (irritability, a peculiar sensation in the head) in such circumstances. In such instances, it is preferable to confine ionization to the period before bedtime, alongside proper ventilation.

To expedite recuperation after a day’s toil, you can simply sit in close proximity to the ionizer. For instance, while engrossed in a film or perusing a social media feed.

Symptoms of ion overdose include heightened irritability and headaches. In severe cases, nosebleeds may occur.

If these indications manifest and discomfort ensues, it is advisable to refrain from using the ionizer for a minimum of 24 hours. Subsequently, the exposure time should be reduced and/or the distance from the device increased.

The general rule in determining the duration of aeroion prophylactic sessions is to gradually increase the duration. The initial sessions should not exceed 20 minutes. If no discomfort is experienced, the duration can be extended to the maximum specified in the instructions, up to continuous operation.

In general, when selecting the dosage, one must invariably be guided by personal well-being. Once you ascertain your level of sensitivity, you can engage in ionization sessions with utmost benefit. Choose a distance of 1 to 3 meters from the device, contingent upon its power.

Devices with adjustable power

When it comes to selecting the appropriate dosage, air ionizer models with adjustable aeroionization capability truly excel. A prime example of this is the Amber bipolar ionizer, which stands as the most exceptional model available on the market.

First and foremost, it offers the advantage of individually adjustable ionization concentration and polarity.

Secondly, it grants the ability to smoothly regulate the concentration, spanning from 0.5 to 100 thousand ions per cubic centimeter.

Thirdly, this well-engineered device generates the most beneficial “light” aeroions.

Lastly, it boasts a discreet fan, enabling the even dispersion of ions throughout the room.

No other air ionizer possesses the capacity to modify ion concentration levels, and integrated fans are typically exclusive to elaborate devices encompassing both air purifying and ionizing capabilities.

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Is it necessary to leave the room when ionizing?

One commonly asked question is: “May the ionizer be operated in the company of others?” In truth, the very essence of air ionization is to perform it in the presence of people.

What exactly is air ionization? It entails granting additional electrical charge to the oxygen molecules present in the air.

These “charged” oxygen particles are considerably more easily absorbed by our bodies. According to research, the lungs’ oxygen assimilation rate rises by 15-20%.

This results in an enhanced oxygen supply to all organs and tissues, most notably the brain.

Consequently, we observe a reduction in fatigue, accelerated recovery during periods of rest, and an overall improvement in the quality of sleep, among other benefits.

It is important to note that the negative charge of an oxygen molecule only endures for a mere 2–5 minutes before dissipating. Therefore, there exists little purpose in ionizing a room beforehand, prior to an individual’s arrival.

Hence, indeed, the ionizer can and ought to be activated in the presence of individuals.

A few rules to improve ionization quality

1. The ionizer does not generate oxygen; rather, it transforms the existing oxygen molecules in the air into an ionized state. Hence, it is crucial to ensure regular ventilation of the room, allowing for the influx of fresh, oxygen-laden air.
2. Prior to activating the ionizer, it is prudent to close the window and, once the device is turned on, vacate the room for a span of 10 to 15 minutes, enabling the air to be purged of aerosol particles. During this interval, dust, soot, and grime particles acquire an electrical charge and adhere to various surfaces in the vicinity of the operational apparatus.
3. It is essential to bear in mind that suspended dust in the air also becomes electrically charged in the presence of ionizers. Therefore, it is unfavorable to operate an air ionizer in dusty environments. The reason being that these charged particles, upon entering the respiratory system, penetrate deeper into the mucous membranes. Hence, we strongly advocate for the utilization of ionizers equipped with air purifiers, as this ensures the acquisition of exceptionally clean and healthful air.
4. During the ionizer’s operation, air pollutants actively accumulate on its casing. To maintain cleanliness, it is recommended to periodically wipe the housing with a soft cloth moistened with a detergent solution, followed by thorough drying.

Contraindications for using the air ionizer

Smoking in the proximity of an operational ionizer is categorically unacceptable, as it carries the grave risk of precipitating severe respiratory ailments. The rationale behind this caution lies in the fact that tobacco smoke molecules, along with their resinous constituents, also acquire an electrical charge, rendering them exceptionally perilous to respiratory health. These charged particles have the propensity to penetrate deep within the bronchial, tracheal, and pulmonary mucosa, exacerbating the potential for harm. Consequently, smoking in a room where an ionizer is in operation is strictly prohibited.

Furthermore, individuals afflicted with bronchial asthma and severe pollen allergies should exercise utmost care. With our extensive experience spanning over 17 years in the realm of ionizers, we have encountered several instances where asthmatics have exhibited hypersensitivity reactions to ionization. Hence, it is of paramount importance for such individuals to commence their air ionization sessions with a modest duration of 5-10 minutes, subsequently incrementally extending the duration. It is advisable for these individuals to refrain from prolonged utilization of ionizers within their living spaces.

Does the ionizer kill viruses or not?

In light of the ongoing coronavirus epidemic, this inquiry has acquired particular pertinence. Regrettably, the answer is negative. Ionization does not exert a direct impact on microorganisms. Nonetheless, it creates an inhospitable environment for their proliferation and propagation.

However, this chiefly applies to bacteria, fungi, and their resilient spores. Therefore, employing an ionizer can genuinely be advantageous in preventing bacterial and fungal infections. It is important to note that viruses are impervious to aeration.

Admittedly, there are claims purporting that ionization also impedes viral development, but such assertions are unfounded. Viruses, when exposed to the open atmosphere, perish within a mere 10-15 minutes and solely persist on various surfaces (e.g., metal, glass). Consequently, the question of eradicating viruses within an enclosed space primarily revolves around disinfecting the surfaces upon which they potentially thrive.

Nevertheless, there exist devices that genuinely possess the capability to effectively neutralize viruses, not only in the air but also on surfaces. We are not solely referring to germicidal lamps, which may be familiar to many. Foremost among these are ozone-based technologies such as ozonation, plasma purifiers, and ozonators. Incidentally, numerous devices of this nature also function as ionizers.