AAF’s products of the Ultra product line use especially developed air filter media’s to inhibit the growth of fungi and bacteria which can affect Indoor Air Quality levels. They are also effective against some microbially produced odours.
The Ultra treatment of our air filters offers an extra protection step against biological contaminants compared to untreated synthetic or glass media based air filters. This makes our Ultra range of products especially suitable for applications in critical industries such as the Life Science and Food & Beverage industry where highly effective air filters that reduce the levels of microorganisms in the air are of vital importance.
You can find our selection of air filters with Ultra treatment at the bottom of this page.
There is and always was a risk when replacing potentially contaminated air filters. Besides using protective clothing, air filters with biostatic treated media give high additional protection for service technicians because:
The following four step procedure describes how air filters with an Ultra treatment work:
1. The filter traps both inert and microbe or fungi containing particulates 2. The Ultra treated media inhibits the growth of fungi and bacteria on contact 3. The Ultra treatment reduces the growth potential of microbes or fungi on and through the filter media 4. The combined properties of the filter and the Ultra treatment prevent microbes or fungi from moving downstream of the air filter into the downstream zone thus improving the Indoor Air Quality level.
Bacteria are the most prolific life form, dating back over 3 billion years. Though some bacteria are disease producing (pathogens) most are beneficial to mankind. In fact, bacteria are crucial to the human defence system. Some are used in industrial and manufacturing processes such as in the production of antibiotics and pharmaceuticals.
Bacteria are found on all surfaces exposed to the environment, including the skin, respiratory, digestive and reproductive tracts. Many studies have been carried out on the size and shape of bacteria and their behaviour in an airstream. Most bacteria are in the size range 0.1 μm to 10 μm. When they become airborne they tend to attach to particles larger than 1 μm. This means they can be captured by a filter on which they can breed and multiply.
To address this problem, AAF has treated a wide range of filters with an Ultra treatment. This treatment is effective against a wide range of Gram positive and Gram negative bacteria which have been documented to affect indoor air quality.
Examples of affected Gram positive bacteria (families): Bacillus, Lactobacillus, Listeria, Sarcina, Staphylococcus, Streptococcus, Streptomyces
Examples of affected Gram negative bacteria (families): Aeromonas, Escherichia coli, Klebsiella pneumoniae, Legionella pneumoniae, Pseudomonas, Salmonella, Shigella
There are at least 100,000 known species of fungi. The most widely known are yeasts, mushrooms, moulds and toadstools. Some fungi, such as yeasts, are extremely useful to man. They are used in the production of beer.
Others for example are used in the food processing industry in the manufacture of cheese. In the environment, fungi play an important role in maintaining the ecological balance. Unfortunately, what make fungi so useful to nature also make some of them undesirable to humans.
Most fungi metabolic products some of which are known to have a detrimental effect on Indoor Air Quality. Mycotoxins are substances produced under specific conditions by certain moulds. These toxins may cause health problems in humans when inhaled. If fungi are allowed to pervade in an HVAC unit their spores can cause infections and disease when they become airborne. In fact, fungi are reported to be one of the main causes of Sick Building Syndrome and Building Related Illness. To address this problem, AAF has treated a wide range of filters with an Ultra treatment. This treatment is effective in inhibiting a wide range of fungi documented to affect indoor air quality.
Examples of affected fungi (families): Aspergillus Niger, Candida, Penicillium, Trichoderma
Ultra treatment protects IAQ
Air filters outfitted with an Ultra treatment make use of a antimicrobial treatment of the air filter media. The applied bacteriostatic and fungistatic treatment are tested and compliant to the Biocidal Products Regulation No 528/2012/EU. Furthermore Ultra treated products are tasted according to ISO 20743 (antibacterial activity of antibacterial textile products including nonwovens).
Our Ultra products do not make use of biocidal agents like phenols or heavy metals such as cadmium, lead or mercury or halogenated compounds such as fluorine, bromine or chlorine. Our air filter products with an Ultra treatment do not contain any arsenic or formaldehyde. The efficacy of Ultra treated products in inhibiting the growth of bacteria and fungi on air filters has been tested and documented by independent test institutes. Results of laboratory testing showed that Ultra treated air filters were more effective in inhibiting the growth of bacteria fungi than untreated air filters.
In this way we make sure that we improve your Indoor Air Quality.
Properties of the Ultra treatment
AAF has carefully developed the Ultra treatment with its suppliers to ensure a good performance of the treated air filters. The Ultra treatment does not affect the filters’ efficiency or performance levels. The treatment has been designed for a long lasting effect during the filters’ period of use. The durability of the treatment ensures that treated products retain their performance after many exposures to moisture. AAF air filters with an Ultra treatment are particularly effective in conditions of high humidity and regions of climatic change.
There is no detectable off gassing or migration above specific migration limits from the air filters in which the Ultra treatment is applied.
Ultra treated products can be safely disposed
Products with an Ultra treatment can be safely disposed in a landfill or in a municipal incinerator. When landfilled the product will not leach into the environment. Always dispose used air filters according to the local waste disposal regulations.
When protection counts: Ask for Ultra!
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This compact Filter is available ISO 16890 efficiency classes ePM1 55%,ePM1 65%, ePM1 80%. Biocide Agent(s): Zinc pyrithione (Bacteriocide); Thiabendazole (Fungicide)
This compact Filter is available ISO 16890 efficiency classes 50%,ePM1 65%, ePM1 80%. Biocide Agent(s): Zinc pyrithione (Bacteriocide); Thiabendazole (Fungicide)
This compact Filter is available ISO 16890 efficiency classes ePM1 50%,ePM1 65%, ePM1 80%. Biocide Agent(s): Zinc pyrithione (Bacteriocide); Thiabendazole (Fungicide)
This HEPA Filter is available in efficiency class H13 (EN1822:2009). Biocide Agent(s): Zinc pyrithione (Bacteriocide); Thiabendazole (Fungicide)
Dinair Filton, SIA
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