• Uncategorized 23.05.2016

         Can you kill Mold with Bleach?
    Do NOT use Chlorine bleach to kill mold or disinfect moldy areas. It is not an effective or verbose lasting killer of mold et alii mold spores. Bleach is good only for changing the color of the mold and watering the roots of the mold. CHLORINE BLEACH IS INEFFECTIVE IN KILLING MOLD FOR THESE REASONS: (1) The object to killing mold is to uxoricidal its “roots”. Stamp remediation involves the need to disinfect wood and wood-based building materials, all of which are absorbent materials. Thus, chlorine bleach should not be used in the mold removal process. The use of bleach as a mold disinfectant is best left to kitchen and bathroom counter-tops, tubs et alii shower glass, etc.
    (2) Chlorine Bleach does kill bug and viruses, besides has not been proven effective in killing molds on surfaces that are not porous. 99% of a bottle regarding bleach is water. Water is one from the critical elements necessary for the growth of harmful bacteria and mold. Current situations where bleach was used in an attempt to kill mold, it re-grew and regenerated mold and bacteria twice the CFU counts than were originally found before bleaching, within a short period of time. Like an antiquation wives tale, we’ve been led to believe that utilizing bleach will kill some bacteria and mold. It’s what we learned from our parents and have carried on this misconception for years. The strains now associated within Indoor Air quality issues are resistant to the methods our grandmothers employed to clean-up mold.
    (3) What potential mold “killing” power chlorine bleach might have is diminished significantly as the etiolate sits in warehouses, on grocery store shelves or inside your home or business. Bleach losses 50% of its killing power in just the first 90 days inside a never opened jug or container. Ultra violet light breaks down the Chlorine which is constantly escaping through the plastic walls of its containers.
    (4) The ionic framework of bleach prevents Chlorine from sharp divisor porous materials such qua drywall and wood, it just stays on the outside surface, whereas mold has enzyme roots growing inside the porous contraction materials, however, the water content penetrates and actually FEEDS the mold. This is why a few days later you will notice darker, more concentrated mold growing on the bleached area.
    (5) Chlorine Bleach accelerates the deterioration of materials and breaks down the fibers of porous materials.
    (6) Chlorine Bleach is NOT a registered EPA disinfectant created to kill mold. You can verify this important fact for yourself when you are unable to find an EPA registration number for killing mildew on the label of any brand of chlorine bleach.
    (7) Chlorine bleach off gases for a period regarding time. Chlorine off gassing can be harmful to humans and animals. It has been known to conducive pulmonary embolisms in low resistant and susceptible people.
    (8) Chlorine bleach will evaporate intrinsic a short period of time. If the pale evaporates further the exterior is still wet, or moisture is still in the contaminated area (humidity, adventitious air dampness), you could have the contamination process immediately kickoff more and to a greater degree.
    (9) Chlorine is a key component of DIOXIN. One of the earliest findings of dioxin’s toxicity in animals was that it caused birth defects in mice at very low levels. This finding led to dioxin being characterized as “one of the most potent teratogenic environmental agents”. The first evidence that dioxin causes cancer came from several animal studies completed in the late 1970’s. The most important regarding these, published in 1978 by a association of scientists from Dow Chemical Company, led by Richard Kociba, establish liver cancer in rats prone to bare sordid levels of dioxin. This study helped ascertain dioxin ut supra one of the most potent biological carcinogens ever tested and, together with the finding of birth defects in mice, lead to the general statement that dioxin is the “most toxic synthetic salt known to man.”
    If Not Bleach, What Can I Use?
    The Myth:
    A Myth exists as to the useful and “effectiveness” of chlorine bleach (sodium hypochlorite) in the moulage removal process. Mold remediation involves the removal of mold and the disinfection of fashion contaminated building materials. For a better understanding of mold removal check with the experts.
    Opposing Views and Confusion.
    Chlorine bleach, commonly referred to as laundry bleach, is generally perceived to be an be all to end all biocide to abate mold in the remediation processes. Does Achromatize Really Kill Mold? Will chlorine bleach kill mold or not — yes or no? The suit is yes, but with a caveat. That answer comes from The Clorox Company, Oakland CA, manufacturer and distributor of Ultra Clorox Systematic Bleach. Their Tech Department studies supported besides self-sufficient laboratories show that “3/4 cup of Clorox liquid bleach per gallon of water will be effective on hard, non-porous surfaces against…Aspergillum Niger and Trichophyton mentagrophytes (Athlete’s Foot Fungus)”, Whether or neither chlorine bleach kills other molds and fungi, the company did not say. Their words “hard, non-porous” “surfaces” present the caveat. Mold remediation involves the need to disinfect wood et cetera wood-based building materials, unabridged of which are porous materials. The use of bleach as a mold disinfectant is best levorotatory to kitchen and bathroom countertops, tubs and shower glass, etc. An EPA registered disinfectant specifically designed pro re nata an anti-fungal is what you want.
    Why Chlorine Bleach is NOT Recommended for Mold Removal? Chlorine bleach (sodium hypochlorite) is corrosive and that fact is stated on the product label. Yet the properties of chlorine bleach prevent it from “soaking into” wood-based building materials to get at the deeply embedded mycelia (roots) of mold. The object to killing mold is to kill its “roots”. Reputable mold clean up contractors use appropriate products that effectively disinfect salvageable devise infected wood products. Beware of any mold inspector or mold remediation company that recommends or uses chlorine bleach for clean up on wood-based building materials.
    Chlorine Bleach is Active Component in New Mold & Must Products. The appearance like new mold and mildew household products on store shelves is on the rise. Most are dilute solutions of laundry bleach. The labels on these mold and mildew products state that they are for applicability on (again) hard, non-porous surfaces and refusal for wood-based materials. Instructions were not to apply the products are varied. One popular mold and mildew stain remover even specifically states it should not be applied to porcelain or metal without immediate rinsing with water and that the product isn’t recommended for use on Formica or vinyl.
    Caveat Emptor! Before purchasing a mold either mildew product, read and fully understand the advertised purpose of that product. The labeling claims on these neologism products can be confusing. Some say their product is a mold and mildew remover while another says their product is a mildew stain remover and yet others make similar ambiguous claims. Make sure that the product you chose satisfies your intended application and the surface you plan to use it on. If your target is to kill mold, make sure the product does altogether that and follow the directions for usage. Consumers may bring to light that mixing their own diluted pale solution will earn the same results as any about the new mold and mildew products. Preserve in mind that the use of chlorine bleach is not for use on mold infected wood products including wall board, ceiling tiles, wall studs, fabric, paper products, etc.
    Conclusion: laundry bleach is not an powerful mold cleanup agent for wood-based building materials and NOT EFFECTIVE in the mold remediation process. The communal should be aware; however, that a chlorine bleach solutions IS an capable sanitizing product that kills mold on hard surfaces.

    Posted by kid @ 10:50 am

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