Operational Principle

The autoclave utilizes the advantage of vaporized hydrogen peroxide—where its gaseous state at room temperature exhibits greater spore-killing efficacy than its liquid state—to release free hydroxyl radicals that attack cellular components, including lipids, proteins, and DNA, thereby achieving complete sterilization.

A sterilizer is a piece of equipment that uses a vaporized hydrogen peroxide solution with a concentration of 30%–35% (i.e., vaporized hydrogen peroxide) to vaporize this solution into hydrogen peroxide vapor, which is then conveyed through pipelines into a sealed chamber for disinfection and sterilization.

Technical Feature

High-precision flash steam temperature control technology: High-precision temperature control ensures that hydrogen peroxide does not decompose during evaporation, thereby enhancing the sterilization efficiency of hydrogen peroxide. High-efficiency biological decontamination capability: Due to its large air supply volume, the system can rapidly deliver vaporized VHP into the space, enabling rapid diffusion of the VHP throughout the area, resulting in a short sterilization time and high sterilization efficiency.

Additionally, it features unique residual removal capabilities: the hydrogen peroxide removal unit can rapidly reduce hydrogen peroxide vapor to water and oxygen, offering a short residual elimination time and high efficiency; Computerized validation software: records changes in parameters such as VHP concentration, flash temperature, temperature and humidity settings, and hydrogen peroxide weight during the sterilization process, generating corresponding reports.

Technical Parameters