The biostatic molecule is comprised of two parts - a polymer foot attached to a long chain of methyl group molecules. When applied to a surface, the polymer foot covalently bonds to the surface while the methyl chain points away from the surface. In effect, the biostatic coating resembles a series of needles permanently attached to a surface. Through ionic attraction, microbes are drawn onto the biostatic molecule. Upon contact, the long chained molecules of the biostatic coating penetrate and burst the cell membrane of the microorganism. Without the containment of their cell wall, microbes quickly die. The biostatic coating never dulls or wears out.

Antimicrobial Performance

The antimicrobial efficacy and product safety of biostatic coatings has undergone extensive testing and evaluation for over 30 years. In addition to EPA approval, the durable antimicrobial performance of biostatic coatings has been proven effective in test after test against a wide range of gram positive and gram negative bacteria, fungi, & algae. The antimicrobial benefits of biostatic chemicals have been used for decades in many industries. Today, biostatic technology is being widely used in the building and mold remediation industry as a safe and effective fungal inhibitor.

Architects, developers and builders can employ the benefits of BioShield with complete confidence and compliance with both state and federal regulations.

Environmentally Safe

Biostatic antimicrobial technology does not contain volatile chemicals that are used in traditional pesticides and antifouling coatings. Our biostatic formulations do not contain poisons, heavy metals, or other compounds that can lead to environmental or exposure concerns. Biostatic coatings are chemically stable and will not leach, outgas or volatilize.

As buildings become more air tight, builders and architects are paying closer attention to materials that contain or leach volatile organic compounds or heavy metals. These pollutants pose a serious detriment to indoor air quality which can lead to sick building syndrome and respiratory illnesses. Because BioShield coatings are chemically stable, they not only provide durable antimicrobial protection, they are also safe for the environment and building occupants.