Comparison of ultraviolet disinfection and steam disinfection

Ultraviolet disinfection: it can destroy the molecular structure of DNA (deoxyribonucleic acid) or RNA (ribonucleic acid) in the cells of the microorganism by using the ultraviolet of appropriate wavelength, causing the death of growth cells and regenerative cells, so as to achieve the effect of sterilization and disinfection. UV disinfection is low-temperature disinfection, so it has a wide range of applications. Baby products of various materials can be disinfected. However, the disadvantage of UV disinfection is that it can only spread in a straight line and has weak penetration, so the place where UV (invisible light) can not reach can not play a role in sterilization and disinfection.

Steam sterilization: use 100 ℃ high temperature steam to eliminate bacteria or microorganisms. The steam sterilizer has no strict requirements for the structure and light transmittance of the equipment to be sterilized. In addition, high temperature water vapor can dissolve and fall off the dirty milk in the bottle. As a traditional disinfection method of baby products such as pacifier and bottle, it is easy to operate, but long-term high-temperature steam sterilization can accelerate the aging of plastic and shorten the service life of baby products.

The following form is a comparison between the Jese intelligent sterilizer and the common sterilizer with single function on the market:

Jesse intelligent sterilizer. The combination of steam disinfection, drying function and ultraviolet disinfection function can effectively solve the problem that the ultraviolet light blind area can not guarantee the disinfection effect, and the possible secondary pollution after steam disinfection and drying.

The scope of application of disinfection objects is wide, and for disinfection objects of different materials, the appropriate disinfection methods are freely selected. Simple panel, easy to operate. According to the principle of steam generator, only a small amount of water is heated at a time to produce steam. At the same time of rapid steam output, the water tank can be used for many times after filling water, so it does not need to refill water every time to meet the disinfection requirements for many times a day. After drying, UV sterilization can completely eliminate the secondary pollution caused by drying. Low temperature drying, reduce the safety risk of scald.