After successfully overcoming the challenges posed by the COVID-19 pandemic, we now face the resurgence of various infectious diseases such as influenza, norovirus, adenovirus, and other pathogens. In our battle against these microorganisms, we have accumulated practical knowledge in implementing physical protection measures, utilizing effective disinfectants, and employing home air disinfection machines. This article aims to discuss the selection of air disinfection machines, considering their safety and effectiveness in combating infectious diseases.
Eliminate germs
The Limitations of Physical Protection Measures:
While physical protection measures like masks and protective suits provide temporary isolation, they cannot be relied upon for extended periods to ensure continuous protection. These measures have their limitations and efficacy in preventing disease transmission.
Choosing the Right Disinfection Method:
Chemical disinfectants such as alcohol and chlorine-based agents are more effective than physical measures as they can partially eliminate viruses. However, the use of these agents may produce a strong odor and potentially impact the respiratory system. Alternatively, air disinfection machines offer an effective solution that overcomes the limitations of physical and chemical methods. Although they may have higher costs and limited popularity, they are particularly suitable for environments with higher disinfection requirements, such as hospitals. Therefore, for scientific and effective disinfection, air disinfection machines are recommended.
Selecting an Air Disinfection Machine:
One common concern when considering air disinfection machines is whether they are harmful to human health. It is important to note that the production of air disinfection machines undergoes a rigorous approval process, ensuring compliance with health and safety regulations. Qualified products do not pose harm to human health.
Different types of air disinfection machines adopt various disinfection principles. For general household use, it is advisable to choose machines that employ independent physical sterilization methods, as they offer superior safety. Examples include machines that utilize ultraviolet light, high-voltage electrostatic adsorption, photocatalysis, and filtration technologies. These methods are classified as physical sterilization and are widely available in the market. However, most machines are designed to utilize a single disinfection method. The YE-5F hydrogen peroxide compound factor disinfection machine stands out as a comprehensive disinfection device that incorporates multiple disinfection methods mentioned above.
The YE-5F Hydrogen Peroxide Compound Factor Disinfection Machine:
The YE-5F disinfection machine integrates various highly efficient disinfection methods, including ultraviolet irradiation, ozone generation, air filtration, photocatalysis, and hydrogen peroxide release. These mechanisms collectively ensure high-level disinfection. With a powerful circulating airflow system, a single unit can effectively disinfect an area of up to 200m³, making it suitable for both home and public settings.
Conclusion:
In conclusion, it is recommended that individuals and organizations with the need and means should purchase air disinfection machines from reputable sources. The YE-5F hydrogen peroxide compound factor disinfection machine has gained the trust and positive feedback from numerous users, making it an ideal choice for space disinfection.
