Hydrogen peroxide dry mist fumigation for disinfection services
Description: This article briefly introduces the methods of fumigation, the properties of dry mist, and the principle of dry mist sterilization system. It also elaborates on the composition, advantages, and scope of use of the dry mist sterilization system, which greatly reduces the cost of enterprises; Fully meet sterilization requirements; Greatly shorten sterilization time.
Keywords: laboratory sterilization; Laboratory environment disinfection; Dry atomization hydrogen peroxide sterilization
Fumigation is the technique of using fumigant compounds to kill pests, bacteria, spores, or other harmful microorganisms in a sealed environment. Fumigation can effectively kill stubborn microorganisms, including spores. However, with the rapid advancement of technology, especially the emergence of "dry mist" sterilization systems, fumigation appears to be inferior. Dry mist sterilization has overcome many shortcomings of fumigation sterilization, such as cumbersome operation, long sterilization time, and harm to the human environment, successfully leading a new era of "ecological sterilization".
The biggest characteristic of traditional fumigation, as we all know, is its low cost; But they all have some common shortcomings:
(1) Toxic, causing significant harm to human health or the environment.
(2) The sterilization process is complex and difficult to control.
(3) The sterilization time is too long, which is precisely unacceptable for modern enterprises.

So let's take a look at how the use of dry mist sterilization system for space disinfection instead of fumigation is leading the trend.
(1) Meets the sterilization requirements of high-level laboratories. Using black Bacillus subtilis as the challenge bacterium can achieve a killing rate of 6 logarithmic units against black Bacillus subtilis.
(2) Compared with the traditional hydrogen peroxide, our product, with the addition of colloidal silver ions as the stabilizer and catalyst, increases the stability of hydrogen peroxide and the catalytic effect increases the bactericidal effect of the product. While achieving the same killing effect, the concentration of our product is significantly lower than that of traditional hydrogen peroxide oxidation, ensuring that color steel plates and equipment are not corroded.
(3) The product has no residue after disinfection and the verification data is sufficient.
(4) The sterilizing agent can be controlled to spray in the form of a dry mist, with a 5-micron dry atomization effect that is close to a gaseous state, reducing the risk of condensation and ensuring diffusion and disinfection effects for complex layouts.