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Mold Solutions, Inc. has exclusive rights to Microbe Guard’s patented technology.
 The EPA registered Microbe Guard
Antimicrobial is protected by three United States and seven international
patents. When our antimicrobial is applied by our trained professionals to
uncontaminated surfaces, this treatment will inhibit microbial contamination
and related damage from occurring. Unlike other biocides, the treatment does
not dissipate or leach off. There is no chance for microorganisms to adapt,
build up tolerance, or become resistant to the formula. A chemically bonded
antimicrobial treatment to all interior wood surfaces in the structure will
kill and prevent the growth of microbes on that structure. Mold Solution's
treatment can be applied to virtually any surface including: concrete, wood,
insulation products, tile grout, and cement bed settings for fabric,
textiles and other materials. Microbe Guard's Technology exhibits long
lasting efficacy against a broad spectrum of microorganisms.
Mold, like all fungi, feeds on the organic materials found in
your home, in your child's school, your office and virtually any non-synthetic
surface area which has some moisture. As it grows, mold causes structural
damage and serious health issues.
antimicrobial
protection stops airborne mold from growing
Mold Solutions' antimicrobial
protection stops airborne mold from growing on treated surfaces. The
EPA-registered, water soluble solution forms a surface shield against
single-celled microbes. This safe
non-toxic solution is so effective; we offer a 25-year warranty for new home
construction.
For older homes, hospitals, or offices,
our inspection teams can find pockets of mold that may be causing harm to your
health and structural damage. If you suspect or have found mold in your home, contact
us immediately for professional
removal and further mold prevention.
Dow
Corning Corporation is the largest supplier of silicone and saline chemicals in
the world. They began a pure research program in the late 1960's aimed at
determining if they could develop safe pesticides that would not migrate into
the environment by leaching or volatilizing. The outcome would be safer, more
efficient and effective pesticides.
A
tremendous variety of chemicals were made and tested. These included all kinds
of herbicides, insecticides, fungicides, and bactericides. Out of this work
came several patents and a focused effort on a particularly promising group of
antimicrobials. This brought the most favorable of materials into the
commercialization stages.
Commercialization
of Dow Corning technology began in 1976 after receiving EPA registration under
what was called "modern" standards of review.
The
rapid demand for antimicrobial technology in the 90's pushed manufacturers to
develop safer and more effective antimicrobials for broader applications and
for specific industry uses. In 1995, Emory
University embarked on a
4-year evaluation of the antimicrobials, re-engineering them using modern
advancements in nanotechnology to make them safer and more effective. Today,
this technology leads the industry in safety and effective applications.
The
result is a family of nanotechnology, surface modifying antimicrobials that
deliver safe, virtually non-toxic, permanent protection. This technology can be
applied to finished products and services or incorporated into the
manufacturing process, eliminating the negative concerns associated with mold,
mildew, bacteria and fungi.
This
EPA Registered antimicrobial technology has been used safely for over 29 years.
It is currently used by Nike, Reebok, New Balance, Rockport, Brillo Pads and
Franklin Sports. The antimicrobial technology is also commonly used in
bottling, air filters, hospital drapes, hospital clothing, wound dressings,
socks, baby mattresses, baby diapers and thousands of other products. In fact,
when our Nation needed protection after the 9/11 attack, the United States
turned to this technology to treat over 300 buildings surrounding Ground Zero.
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