Biostat-500 is a water based biostatic formula designed for the mould inhibitor industry,
structural remediation industry, and the commercial cleaning industry. Biostat-500
is an EPA-registered micro biostatic disinfectant that provides long term antimicrobial
performance on a wide range of approved surfaces. In addition to its outstanding
biostatic properties, Biostat-500 incorporates a stabilized quaternary disinfectant.
Unlike other quaternary disinfectants which quickly leach from surfaces, Biostat-500
has molecularly bonded the quat to a polymer molecule. This bonding stabilizes the
quat for long term performance. This unique formulation achieves both exceptional
biostatic and biocidal performance. Biostat-500 is a very durable, broad-spectrum
antimicrobial which will control many disease producing bacteria, fungi (mould and
mildew) and algae growth on treated surfaces. This proprietary and patented formulation
contains no heavy metals or volatile compounds. Once applied to surfaces, Biostat-500
is chemically stable, non-toxic, it will not leach or outgas, and is environmentally
friendly. It is safe to use on all approved natural and man-made surfaces and will
not discolour fabrics or react with metals or natural surfaces.
Biostatic Coatings
Provide a durable antimicrobial effect, but they do not employ poisons, heavy metals,
or volatile compounds. Biostatic coatings permanently bond to both hard and porous
surfaces. Upon bonding to a surface, the biostatic antimicrobial coating inhibits
microbial growth by destroying the cellular wall of the organism. As a microbe comes
in contact with the treated surface, biostatic (lipophilic) molecules penetrate the
cellular wall. Once the cell wall is compromised, the organism dies. This physical
killing process does not wear out or employ poisons or heavy metals therefore it
is durable and environmentally safe. Further, microbes cannot build up resistance
to this antimicrobial process.
Because of the unique characteristics of biostatic coatings, they have become the
preferred safe, effective, and long-term solution.
History
Biostatic coating technology was developed during the 1970's as an advanced antimicrobial
agent. Due to toxic stabilisers, the technology was only suitable in the manufacturing
industry. However, in the late 1990s a new biostatic chemical formulation was developed
which removed the toxic stabilisers from the formulation. Today, biostatic formulations
are water stabilised allowing for safe residential and commercial use. They are proven
to be non-toxic, environmentally safe, and pose no known exposure hazards.
How They Work
The biostatic molecule is comprised of two parts - a polymer foot attached to a long
chain of carbon-based molecules. When applied to a surface, the polymer foot covalently
bonds to the surface while the carbon 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.
Advantages
Environmentally Safe - Because biostatic chemicals do not employ traditional antimicrobial
poisons or heavy metals, they are environmentally safe. Biostatic coatings are stable
and do not leach, outgas or volatilise. Their antimicrobial performance is achieved
through a physical killing process. Accordingly, no toxic or poisonous compounds
are present.
Antimicrobial Performance - The 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, and 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 mould remediation industry as a safe and
effective fungal inhibitor.
EPA Registered - The EPA mandates that all antimicrobial agents be registered. To
achieve registration, the EPA reviews performance data, environmental safety data,
and human exposure data. The registration process requires years of test documentation
to ensure public and environmental safety. Several biostatic products have achieved
EPA registration; however, only one water-stabilized version has been approved for
general use (non-manufacturing).
Applications
Use on carpet and upholstery to inhibit odour causing bacteria, mould, and algae
that cause deterioration, staining and discoloration
Approved Product Applications - The EPA has approved Biostat-500 for use on the following
surfaces:
Common Surfaces - Chairs, desks, counter tops, door handles, common contact surfaces,
bathroom surfaces, toilets, sinks, and kitchen surfaces.
Building Materials and Components - Wooden building materials, engineered lumber,
plywood, flake board, oriented strand board, particle board, fibreboard, sheathing,
decking or planking, wall board, vinyl siding, plastic siding, wood siding, concrete
and concrete products, cinder blocks, brick, stone, ceiling tiles, architectural
metal, louvers, vents, coping.
Roofing Materials - Wood shingles, composite shingles, asphalt shingles, roofing
granules, tiles, membranes, underlayment, wood shakes, felt, stone, concrete, asphalt
coating, synthetic coating.
Insulation Materials - Cellulose insulation, fibreglass insulation, panel insulation,
rigid foam, expanded foam, moisture and wind fabric barriers.
General Use Materials - Vinyl, plastic, wood, laminate, concrete, tile, stone, wallboard,
gypsum board, plaster, EIFS wall systems, fibreglass, synthetic stucco, cinder block,
brick, siding, wall paper and wall coverings, carpet, underlayment, mats.
Fibre and Fabric Materials - Acetates, acrylics, cotton, fibreglass, nylon, lycra,
polyester, polyethylene, polyolefin’s, polypropylene, rayon, spandex, vinyl, wool,
orlon, silk, natural down, and blends of these fibres.
Application Instructions - Prior to using the product, applicators should read label
instructions and material safety data sheets (MSDS).
Prior to Biostat-500 application, clean surfaces with Solution 2007. Approved application
methods include trigger spray, low pressure pump spray, high pressure airless sprayer
and fog spray. Always follow application directions and keep out of reach of children.
