How does the working power of the Portable Multi-functional Ozone Disinfector Machine affect its disinfection effect?

The relationship between the disinfection principle and power of ozone
Ozone (O₃) is a strong oxidizing gas that can effectively decompose harmful substances in the air, such as formaldehyde, benzene, odors, bacteria and viruses. Its strong oxidizing property makes ozone an ideal air purifier. The mechanism of action of ozone is mainly to react with harmful substances in the air, decompose these pollutants, and convert them into harmless substances, such as water, oxygen and carbon dioxide.

In the Portable Multi-functional Ozone Disinfector Machine, the production of ozone depends on the working power of the device. The power of the device determines the working efficiency of the ozone generator, which affects the speed and concentration of ozone production. According to the product information, this ozone disinfector has two optional power settings of 60W and 90W.

The relationship between power and ozone concentration
Ozone concentration is one of the key factors affecting the disinfection effect. The ozone concentration of the Portable Multi-functional Ozone Disinfector Machine is 5000mg/h, which is enough to treat pollutants in indoor environments. Specifically, the relationship between working power and ozone concentration is as follows:

Lower power (60W): When the device is running at a lower power, the ozone concentration produced is relatively low. For smaller or less polluted spaces, 60W of power can complete the air purification task in a shorter time. Lower power is suitable for air purification in offices, small bedrooms or cars, which can achieve disinfection effects without causing potential risks of excessive ozone to the human body.

Higher power (90W): When the device is running at a higher power, the ozone concentration will increase significantly, producing more ozone molecules. This can speed up the reaction of ozone with harmful substances and improve air purification efficiency. Suitable for larger or more polluted spaces, such as living rooms, newly renovated houses or environments with severe air pollution. High power can remove harmful substances such as formaldehyde, bacteria, viruses, etc. in the air more quickly, ensuring rapid improvement of air quality.

Direct impact of power on disinfection effect
Removal of formaldehyde and harmful gases: In newly renovated houses or environments with high formaldehyde concentrations, the efficient decomposition ability of ozone is essential. Formaldehyde is a common harmful gas in air pollution. Ozone can decompose formaldehyde into harmless water and carbon dioxide through oxidation reaction. Under higher power settings, the increase in ozone concentration makes formaldehyde decompose more quickly, which can effectively remove indoor formaldehyde in a short time and ensure that the air quality meets safety standards.

Disinfection and sterilization: Ozone also has a strong disinfection function and can kill bacteria, viruses and other microorganisms in the air. The ozone concentration generated by higher power can achieve efficient oxidation reaction on bacteria and viruses in a short time, completely eliminate harmful microorganisms in the air, and ensure indoor air hygiene.

Odor removal: Ozone can not only decompose harmful substances such as formaldehyde, but also effectively remove odors in the air. By setting higher power, more ozone molecules are generated, which can accelerate the reaction between odor molecules and ozone, quickly remove unpleasant odors such as smoke, food, and pet odors in the room, and make the air fresh.

Power and safety of use
Although higher working power can provide stronger disinfection effect, it should be noted that ozone has certain irritation and potential harm to the human body at high concentrations. Therefore, the Portable Multi-functional Ozone Disinfector Machine is designed with safety and power control in mind. The device maintains a low noise level (<45db(A)) at higher power settings, and it is recommended to take appropriate safety measures when using it, such as ventilating the confined space in time after use to avoid direct contact with high concentrations of ozone.