Since the outbreak of the coronavirus, UV sterilizers with inactivation of the new coronavirus have been widely used in the disinfection of air, water, and surfaces. It has the unparalleled advantages of general chemical disinfectants, such as non-contact disinfection, no residue, no corrosion, etc.

In addition, with the improvement of ultraviolet disinfection technology, the problem of the occupied areas has been solved, and the disinfection effect has been further improved.

Today, I would like to introduce a new upper-layer flat-radiation ultraviolet air disinfection machine from GK. It is safe, efficient, and practical. It is an indispensable disinfection tool in daily life~

Functional use

The imported high-energy ozone-free ultraviolet lamp is used, and the upper layer is irradiated with ultraviolet light by the optical principle, and the air in the room is disinfected to provide a clean and fresh environment for the personnel in the room.

Features

Innovation: Use the UV upper flat radiation control technology to achieve no UV below 2.1 meters;

Safety: PIR sensor module detects, and automatically shuts down when the height of the person exceeds 2.1 meters, realizing the occupied area.

Industrial fan design to improve sterilization efficiency

Choose high-quality industrial axial fans with a lifespan of 70,000 hours. Through the fan's active air convection, the front air intake, and the two sides of the air outlet structure, the speed of air circulation in the space is accelerated, and the sterilization efficiency per unit time is improved.

Built-in mirror aluminum reflector to improve luminous efficiency

The built-in mirror aluminum diffuse reflection design reflects the ultraviolet light on the back to the irradiation area, which greatly improves the radiation intensity of ultraviolet light.

Pull-out design, easy to replace the lamp

After removing the fan screw at one end of the power cord, the lamp and power module can be pulled out as a whole, which is convenient for lamp replacement and maintenance.

Application scenarios

 High-risk infectious wards and clinics such as tuberculosis and respiratory diseases;

Operating room, ICU ward, etc.;

Fever clinic, emergency infusion room, atomization room, etc.;

Education systems such as schools and childcare institutions;

Public health spaces where people are concentrated, such as shopping malls, railway stations, subway stations, and airports.。