How the Green Surface Shield Works
Green Surface Shield is an Innovative Antibacterial Resistant Technology that creates a lasting invisible barrier against organic material... providing a continuous hygenic surface on virtually any material. Unlike other processes and chemicals used to keep surfaces sanitary the Green Surface Shield process provides a lasting barrier not just when treated.
Invisible Barrier against re-contamination
Hard surfaces have microscopic pores that trap organic and inorganic material and build up on the surface.

The Green Surface Shield process protects the surface with an organic repellant barrier.



What makes the Green Surface Shield process truly unique is the ability to apply Organosilicon cost effectively, with our exclusive process. Traditional applications were extremely labor and chemical cost prohibitive because, of the time and chemicals need to prepare the surface for Organosilicon.

Antimicrobial Protection
The repellant characteristics of the barrier deny organisms the moiture and nutrients required by them to live an multiply on the surface. Organisms in direct contact with the protective barrier deteriorate, become inactive and are dead.
Research from Dow Corning Corporation
- "The hydrolysis product of exhibited antimicrobial activity against a broad range of microorganisms while chemically bonded to a variety of surfaces. The chemical was not removed from the surfaces by repeated washing with water, and its antimicrobial activity could not be attributed to a slow release of the chemical, but rather to the surface – bonded chemical."
Author, A. J. Isquith, E.A. Abbott, and P.A. Walters Biomedical Research and Development Laboratory, Dow Corning Corporation, Midland, Michigan (1972). Title of article. Surface – Bonded Antimicrobial Activity of an Organosilicon Quaternary Ammonium Chloride, Applied Microbiology p. 850 – 863 Vol. 24 No. 6.
What makes the Green Surface Shield process truly unique is the ability to apply Organosilicon cost effectively, with our exclusive process. Traditional applications were extremely labor and chemical cost prohibitive because, of the time and chemicals need to prepare the surface for Organosilicon.

