The fifth generation of high-concentration medical air disinfection machine combines multiple technologies with direct sales from the manufacturer

&Function and Features
, High-efficiency disinfection: achieve a high killing rate of natural bacteria in the air&.
, High-efficiency purification: remove above dust particles in the air&.
, broad-spectrum sterilization : Treat bacteria, molds, viruses and dried coliform bacteria in the air
, Energy saving and environmental protection: The use of vacuuming methods can realize the recovery of waste gas treatment materials
Intelligent control: dynamic disinfection (human and machine coexistence ), applying a variety of sensing technologies such as gas, particles, and oxygen
Can display air quality, air content, temperature, humidity and other practical data
Content to achieve automatic control of power on and off
Wind speed is adjustable in high, medium and low.
, high-end luxury: using microcomputer design, automatic, scheduled, manual three disinfection modes can be selected at will
, easy maintenance: after using semiconductors, contaminated product parts only need to be rinsed with clean water and used when the machine needs There are prompts on the screen during cleaning or maintenance.
Semiconductor air sterilizer
Technical advantages
Aiming at disinfection and purification technology for indoor air pollution control in hospitals and public places, the company’s independently invented semiconductor air disinfection and purification technology results are converted into projects product, the semiconductor air sterilizer developed. The prototype passed the air disinfection identification test. In the laboratory of &, the air disinfection test identification test showed that the natural bacteria in the air had a death rate of .%. The data showed and verified the effectiveness of the technical route of the invention.
Through the action of multi-functional disinfection and purification units and the complementarity of each unit, indoor air can quickly oxidize and kill bacteria, adsorb harmful gases and dust in the air, decompose and reduce it into pollution-free H and H, and output fresh air.
Semiconductor electrostatic technology
Features
Uses bipolar semiconductor electrostatic field to decompose and destroy negatively charged bacteria, polarize and adsorb dust, and then perform secondary sterilization and filtration through components such as photocatalyst catalytic devices. A large amount of processed clean air circulates rapidly to maintain a controlled environment to sterile clean room standards.