add share buttonsSoftshare button powered by web designing, website development company in India

Chemically known as "tri-oxygen", ozone is a pale blue gas with a chlorine odor. You can read on to learn about the role that ozone plays in sterilizing medical devices in hospitals and other laboratories.

Antimicrobial: According to scientists, ozone is known as a unique antimicrobial. Keeping food safe, clean and fresh is usually made by applying electromagnetic energy to oxygen molecules. This app splits the oxygen molecule in half, creating a singlet O which is added to the oxygen molecule to convert into O3. 

Sterilization performance: Ozone as a sterilizer is suitable for sterilizing sensitive devices such as endoscopes which cannot be sterilized by high temperature products. 

Multifunctional product: Ozone continues to be used to purify drinking water, including the disinfection techniques used in the past. Thanks to advanced research in medical technology, we can now see more ozone sterilizers in the healthcare industry.

Suitable alternative: In the health sector, ethylene oxide (EtO) and formaldehyde are commonly used as low-temperature sterilization products. It was later discovered that these elements pose little health risk and are slowly being overcome. 

Easily available: As a strong oxidizing agent, ozone occurs naturally. It accepts extra free radical oxygen molecules and has the property of killing many microbes, viruses and other microbes that can cause contamination or severe infection. 

Safe Technology: Thanks to modern medical technology it has become safer and easier to use ozone gas for a wide variety of sterilization applications.

How Is Low-Temperature Sterilization Achieved By Using Ozone?