| Items | Content |
|---|---|
| Year | 2021 |
| Awards |
|
| Name of Entry | C-Polar Air Filter |
| Description |
Traditional air filters are designed to trap and block small particles, bacteria and viruses. Our proprietary technology C-Polar, has the ability to enhance the functionality of air filters to not only trap, but the ability to destroy viruses and bacteria in fast air flow. |
Traditional air filters are designed to trap and block small particles, bacteria and viruses. Our proprietary technology C-Polar, has the ability to enhance the functionality of air filters to not only trap, but the ability to destroy viruses and bacteria in fast air flow. The C-Polar Air Filter uses Polarity to tackle the negative charge property of viruses and bacteria to achieve arresting and destroying them in fast air flow, including COVID-19 virus within 5 minutes. It had been tested by multiple overseas virus labs and proven of its effectiveness. The C-Polar Air Filter can effectively prevent transmission of airborne viruses in public indoor confinements while reducing energy usage and generate no harmful chemicals to humans.
(Information is provided by awardee)
The innovative concept of the C-Polar Air Filter is a very impressive breakthrough. It uses Polarity to tackle the negative charge property of viruses and bacteria to achieve arresting and destroying them in fast air flow, including COVID-19 virus in short contact time (within 5 minutes). The inventors make good use of information technology to make the product quality more mature and stable. The data they have obtained is also conducive to the development of similar projects. As the mechanism of C-Polar Air Filter is independent from external energy, chemical consumption and toxicity, it is harmless to the human body. With its cost competitiveness, easy deployment and scientific breakthrough, C-Polar Air Filter can protect people from viruses and bacteria to a greater extent. It is expected that this breakthrough innovation can generate great interests from various parties.