Why is ionization such an important improvement to Hydrogen Peroxide bio decontamination technology?
Hydrogen peroxide has been traditionally used as a vapor. While that method has been acceptable and successful, one drawback has been that it is heavy and does not distribute well throughout contaminated spaces. The iHPTM process of ionizing the hydrogen peroxide creates positively charged particles which both repel each other and attract to all surfaces. This makes the hydrogen peroxide disperse more like a gas and attach to all surfaces in the target area. Additionally, since these positively charged droplets are attracted to all surfaces, iHPTM technology is not affected by room temperature or humidity.
Hydrogen peroxide has been traditionally used as a vapor. While that method has been acceptable and successful, one drawback has been that it is heavy and does not distribute well throughout contaminated spaces. The iHP® process of ionizing the hydrogen peroxide creates positively charged particles which both repel each other and attract to all surfaces. This makes the hydrogen peroxide disperse more like a gas and attach to all surfaces in the target area. Additionally, since these positively charged droplets are attracted to all surfaces, iHP® technology is not affected by room temperature or humidity.
Related Questions
- Many products such as, Lysol, stabilized Hydrogen Peroxide, and Liquid Glutaraldehyde are mentioned by manufacturers for decontamination purposes. How do I use these with my commercial extractor?
- Are there any recommendations for using alcohol or hydrogen peroxide for disinfecting needles?
- How does hydrogen peroxide clean out cuts?
