Air Sterilizer
Air sterilizer is a professional air purification and sterilization equipment that can effectively remove bacteria, viruses, particles, gaseous pollutants and odors from the air, improve indoor air quality and reduce the risk of spreading infectious diseases.
Application Scenarios
Medical institutions
Educational places
Office space
Public areas
Main functions of air sterilizers
Efficient sterilization
Technologies such as ultraviolet light, plasma or ozone are employed to sterilize bacteria and viruses by destroying their DNA or protein structure, often with a 99.9% efficiency.
Filtering particulate matter
Equipped with a high-efficiency HEPA filter that removes PM2.5, pollen and other suspended particles, it's especially friendly to allergy sufferers.
Removal of odors
Built-in activated carbon filter or through plasma technology, it can effectively adsorb and decompose smoke, mildew and volatile organic compounds (VOC) in the air.
Improving air quality
With real-time air quality monitoring function, it automatically adjusts the working intensity according to the environment, maintains the balance of oxygen and negative ions in the air, and enhances the living comfort.
Our Products
Home Mobile Air Purifier
Compact design, low noise, suitable for daily air purification and mild disinfection in home environment. Easy to operate, low energy consumption, long filter replacement cycle.
Wall-mounted Air Sterilizers
Micro plasma sterilization technology,modular design for easy maintenance,dynamic circulation disinfection, suitable for man-machine coexistence,disinfection and purification set in a whole.
Medical Mobile Air Sterilizers
Validated by medical grade standards, high sterilization efficiency, commonly used in hospital wards and operating rooms.No ozone, arc drawing, discharge and other problems.
Technical Classification of Air Sterilizers
HEPA filter
High-efficiency particulate air (HEPA) filters capture particles as small as 0.3 microns in diameter, including bacteria, virus carriers and dust mites. At its core is a multi-layer fiber interlaced structure that filters particles through interception, inertial collision and diffusion.
Activated Carbon Filter
It is mainly used to adsorb odors, volatile organic compounds (such as formaldehyde, benzene) and some toxic gases in the air.
The use of ultraviolet radiation with a wavelength of 200-280 nm destroys the structure of microbial DNA or RNA, thereby inhibiting its replication and growth.
Commonly used in medical settings or high cleanliness environments, often in conjunction with filtration systems.
Decomposes or destroys airborne microorganisms by generating high concentrations of positive and negative ions. Positive and negative ions actively attach to the surface of pathogens, rendering them inactive. At the same time, the plasma is able to degrade some chemical pollutants.
Ozone is a strong oxidizing agent that rapidly destroys the cell wall or membrane structure of bacteria and viruses to achieve sterilization and disinfection. Ozone technology is usually used in unoccupied environments, as its concentration may be harmful to humans.
Photocatalysts (e.g., titanium dioxide) generate hydroxyl radicals and reactive oxygen molecules with high oxidizing capacity under UV irradiation at specific wavelengths to decompose airborne pathogens and organic pollutants.
Charged particles are captured by an electrostatic field and deposited onto a dust collection plate, which is mainly used to remove airborne particles.
Indirectly improves air quality by releasing negative oxygen ions, which cause suspended particles in the air to coalesce into larger particles and settle.
How to choose the air sterilizer machine
Identify the usage scenario and needs
First, consider the usage scenario of the air disinfection machine. If it is to be used in the living room of a home, where the space is relatively large, you need to choose a model with a large coverage area. If it is to be used in a bedroom, relatively more attention is paid to low-noise operation so as not to affect sleep. If it is to be used in a medical facility, school classroom, or office space, etc., where the requirements for disinfection effectiveness and efficiency are higher, you need to choose a professional-grade product that meets the hygiene standards of the corresponding location. For example, air disinfection machines that can achieve a high level of disinfection must be used in hospital operating rooms to ensure a sterile operating environment.
Consider the disinfection effect indicators
CADR value(Clean Air Delivery Rate): an important indicator of the purification capacity of an air disinfection machine. The higher the value, the greater the amount of clean air output per unit time and the faster the purification speed. For example, in large spaces, a product with a higher CADR value should be selected to ensure that the air quality is quickly and effectively improved.
CCM value(cumulative clean air delivery rate): This reflects the service life of the filter and its ability to accumulate and purify pollutants. The higher the CCM value, the more pollutants the filter can hold, and the longer the replacement cycle, which means lower long-term use costs.
Ease of use and maintenance costs
Ease of operation: Choose an air disinfection machine with simple and easy-to-understand operation, preferably with an intuitive control panel or convenient remote control function, which is convenient for the elderly and children to use. Many products today also support remote control via mobile app, so you can keep an eye on the operating status of the device anytime, anywhere.
Maintenance costs: Find out the replacement cost and cycle of the filter. Some air disinfection machine filters are expensive, and frequent replacement will increase the cost of use. In addition, check the ease of cleaning the device. Products that are easy to clean can maintain good operating performance and disinfection effects.