Disinfection Machine: Bedava Tatil

Disinfection Machine Clinical Application

In addition to killing bacteria, viruses, molds, and other so-called sterilization, the disinfection machine can also remove formaldehyde, phenol, and other organic pollutants in indoor air in some models, and can also kill or filter pollen and other allergens. At the same time, it can effectively remove smoke and smoke odor from smoking, the odor of the toilet, and the odor of the human body. Disinfection can be carried out under the condition of human activities with the effect of disinfection. For all kinds of disinfection machines, you can visit the website to view the variety, price, and specifications.

Stay Away From Bacteria With a Disinfection Machine

Air disinfection is an important measure to prevent hospital infections. The use of air disinfectants can effectively purify the air in the operating room, purify the operating room environment, reduce surgical infections, and increase the success rate of surgery. It is suitable for air disinfection in operating rooms, treatment rooms, wards, and other areas.
There are many types of air disinfection machines, and there are many principles. Some use ozone technology, some use ultraviolet lamps, some use filters, and some use photocatalysis, etc.

Primary efficient filtration, medium and high-efficiency filtration, electrostatic adsorption filtration: effectively remove particulate matter and dust in the air.

Activated carbon net: odor removal function.

Photocatalyst net

The antibacterial net helps with disinfection. Generally, nano-level photocatalyst materials - mainly titanium dioxide, are used in conjunction with the irradiation of a purple lamp to produce positively charged "holes" and negatively charged negative oxygen ions on the surface of titanium dioxide. Water vapor in the air combines with them to produce strong alkaline "hydroxide radicals" that decompose formaldehyde and the like in the air, converting them into harmless water and carbon dioxide. Negative oxygen ions combine with oxygen in the air to form "active oxygen", which can decompose bacterial cell membranes and oxidize viral proteins, achieving the purpose of sterilization, detoxification, and decomposing harmful gases.