Hydrogen Peroxide Sterilizer Working principle:

This product is disinfected by dispersing nano-liquid drops to the area that needs to be disinfected. When the average diameter of the droplets is less than 10um, the sprayed nano droplets can be called "dry": the droplets will bounce off the wall instead of cracking and wet surfaces. All the conditions are combined to ensure that the disinfectant effectively penetrates the specific area in the form of nanoparticles. This attribute determines that the ball can penetrate into areas that are normally inaccessible.

The DS1001/DS1002 hydrogen peroxide steam sterilizer is suitable for isolator, transfer cabin, biological safety cabinet, freeze dryer and other equipment, and even small rooms to provide a low temperature, no residue and efficient sterilization solution, with friendly The user interface is simple and easy to use.

The DS1001/DS1002 hydrogen peroxide steam sterilizer generates hydrogen peroxide vapor (HPV) in a controlled manner, and then sends the steam through the pipeline into the confined space. If the pipeline is too long or the space is too large, it can be passed through the heating pipeline and relay The fan diffuses the gas to the target area to achieve the purpose of long-distance gas delivery for sterilization. The sterilization range of a single machine can reach 500 cubic meters. The system adopts touch screen control and time parameter program control to automatically complete the sterilization process without human intervention in the whole process.

The working principle of the DS1001/DS1002 sterilizer is: a computer-controlled generator produces good hydrogen peroxide vapor, which effectively kills microorganisms at the condensation point of saturated concentration, and then uses the same equipment to decompose and treat excess peroxide through catalyst Hydrogen gas is harmless water vapor and oxygen.

The entire sterilization process is divided into four stages:

Preparation stage: the temperature of the steam generating device is raised to a stable condition;

Jet stage: hydrogen peroxide vapor quickly enters the sterilization space (through flash evaporation);

Maintenance stage: the saturated concentration of hydrogen peroxide vapor is kept in the sterilization space;

Ventilation stage: hydrogen peroxide vapor decomposes into water vapor and oxygen on the catalyst