High-Frequency Micro-Shockwave Atomization + The hydroxyl technology by UV photolysis

Utilizing a high-frequency piezoelectric transducer module, a cavitation effect is generated within the deodorizing liquid medium. When the cavitation bubbles collapse, in addition to producing heat and light radiation, the remaining energy manifests as micro-shockwaves that atomize the liquid into mist droplets with diameters ranging from 1 to 5 micrometers.

An internal, The hydroxyl by UV photolysis system then disperses these mist droplets into the air, carried along by an ionized airflow. The photo-hydro-ionic purification factors(Hydroxyls), carried upon these mist droplets, are released into the space to actively decompose indoor pollutants and eliminate bacteria, thereby achieving comprehensive air purification. These photo-hydro-ionic purification factors eventually revert entirely to naturally occurring substances, resulting in zero secondary pollution.

Simultaneously, the deodorizing liquid (eco-liquid) adsorbs, reacts with, and decomposes malodorous gases present in the air, effectively eliminating unpleasant odors. Furthermore, the atomization process generates and releases a large volume of negative ions into the air; by leveraging the agglomeration effect of these negative ions to capture airborne dust particles, the system effectively achieves the objective of air purification.