| CONCEPT |
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The production of Airscape mask
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| With the expansion of the global economy, there has been an increasing amount of exhaustion gases, Asian dust, pollens, and viruses that has been increasingly polluting the air of the world's environment. We started developing the Airscape mask
before the 2008 Olympics while visiting Beijing. The sands and dust from the enourmous construction boom along with the increasing number of
automobiles created an environment that was quite difficult to breath in especially for those riding motorcycles and bicycles.
After designing the Airscape mask, we found the perfect technology to use "FLUTECT."
It is an anti-viral fiber that was developed by Shikibo Ltd. of Osaka, Japan.
When "FLUTECT" was sensitized by ｖirus, its virus-infection value decreased to the detection limit or lower and its antiviral effect was validated.
Even after washed, "FLUTECT" has the same effect. The antiviral effect was confirmed not to be reduced by washing.
Our first products came on to the Japanese market in November 2009 and our next generation high
BFE (Bacterial Filtering Efficiency) filters have just arrived and are now on sale.
We look forward to providing our customers with a fashionable and highly functional mask.
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| Pollution in the air |
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As we mention above, we started developing Airscape Mask to protect ourselves from polluted air. Airscape mask filters were tested for Particle Filtoration Efficiency at the Nelson Laboratories in the United States. Nelson Laboratories confirmed that Airscape mask filters cut over 99% of airborne particles 0.1µm or larger in size. According to this data, Airscape mask filters can protect against most of the hazardous PM (Particle Matters) from exhaustion gas.
*Nitrogen Oxide (NOx), Sulfur Oxide (SOx) cannot be blocked since they are vaporized.
*The shown result percentage may change depending on usage and environmental conditions.
*The shown result percentage is a test result, The filters do not completely prevent virus infection nor completely prevent the inhaling of exhaustion gas. |
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| PFE(Particle Filtration Efficiency) tested |
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Airscape mask Filters cut 99% of airborne particles
0.001mm in size.
(Nelson Laboratory PFE 0.1μm test with an average
filtration
efficiency of 99.53%) (Tested: Nelson Laboratory No.517410)
*These test result may vary depend on the environment & usage.
Number represent test result. We do not guarantee for preventing infection. |
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| Patent |
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Airscape mask has two patents registered.
Product Patent: No. 3155829
Design Patent: No. 1378816 |
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| Products |
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