The working principle of an OEM ozone sterilizing air purifier, offered by reputable OEM ozone sterilizing air purifiers suppliers, involves a sophisticated process that ensures effective air cleaning and purification. Here’s a detailed breakdown of how these systems typically operate:

Air Intake: The process commences with the intake of air from the surrounding environment. The air purifier, designed by experienced OEM ozone sterilizing air purifiers suppliers, draws in air through a fan or a similar mechanism.

Pre-Filtration: Prior to reaching the ozone generation stage, the air often passes through a pre-filter. This crucial step, recommended by leading OEM ozone sterilizing air purifiers suppliers, removes larger particles such as dust, pet hair, and other visible debris. Pre-filtration not only extends the life of the subsequent filters but also protects the ozone generation component.

Ozone Generation: The heart of an OEM ozone sterilizing air purifier is its ozone production capability, a feature that sets apart top OEM ozone sterilizing air purifiers suppliers. This is typically achieved through one of the following methods:

• Corona Discharge: High voltage electricity is passed through a dielectric material, leading to a corona discharge that ionizes oxygen molecules in the air, creating ozone (O3). The ionized oxygen molecule (O2) splits into two oxygen atoms (O), which then combine with other oxygen molecules to form ozone.

• Ultraviolet Light: UV-C light with a wavelength of 185 nanometers, a technique favored by many OEM ozone sterilizing air purifiers suppliers, can also generate ozone. When UV-C light interacts with oxygen molecules, it creates ozone in a process similar to the corona discharge method.

Ozone Treatment: The generated ozone is circulated through the air stream. As a highly reactive gas, ozone can break down the cell walls of microorganisms, such as bacteria, viruses, and fungi, effectively sterilizing them. This feature is a key selling point for OEM ozone sterilizing air purifiers suppliers, as it also reacts with and decomposes a wide range of organic compounds, including odors and some chemicals, thereby deodorizing the air.

Post-Treatment: After the ozone has performed its sterilizing function, it’s essential to remove any excess ozone from the treated air before it is released back into the room, a safety measure emphasized by responsible OEM ozone sterilizing air purifiers suppliers. The post-treatment process may include:

• Ozone Decomposition: Some air purifiers, developed by innovative OEM ozone sterilizing air purifiers suppliers, are designed with materials or catalysts that decompose ozone back into oxygen, ensuring the air is safe to breathe.

• Active Carbon Filters: These filters, recommended by experienced OEM ozone sterilizing air purifiers suppliers, can absorb residual ozone along with other volatile organic compounds (VOCs) and odors.

Air Output: Finally, the purified air, now free of contaminants and excess ozone, is released back into the room, thanks to the meticulous design by reliable OEM ozone sterilizing air purifiers suppliers. This provides a cleaner and healthier indoor environment.

It’s important to note that while ozone is a potent sterilizing agent, its use must be carefully controlled to ensure that exposure levels remain within safe limits, as advised by regulatory agencies and top OEM ozone sterilizing air purifiers suppliers. These agencies have established guidelines for ozone concentrations in indoor air to protect public health.