《F.I.R. Fiber》The Health-Care Fiber that produces The Spring of Life
The Gift of Mother Nature - F.I.R. - The Spring of Life
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Far Infrared Ray (F.I.R.), an element of Sun Light, is a form of magnetic wave. The wave length ranges from 4 micrometer to 400 micrometer. It contains extremely low energy that causes no harm to human bodies. It does not belong to the radioactive ray category.
Human body itself is organic, it is also an F.I.R. source with the wave length of approximately 9 micrometer. This is similar to the Chinese Ancient Art of "CHI".
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From all the elements within the Sun Light (Ray), FIR is the one that keeps all the lifeform warm, and gives the cells ability to function. It is also known in Japan as "the Light of Life"
Three Major Features from Far Infrared Ray
Radiation – Far Infrared Ray, just like normal light source, they have the same activity characteristics. Light energy does not require other mediums to transfer its energy to objects. For example, the light source of the sun can travel a very long distance without any medium to the earth, this is the radiation characteristic, just as Far Infrared Ray.
Penetration – The difference between F.I.R. and normal visible light is that F.I.R. has the characteristic of penetration. It could travel as deep as 4 to 10 centre-meters from human skin and warming the body from the inside.
Collective Absorption – All elements are compounded by molecules, and molecules are constructed by atoms or groups of atoms. Therefore, there are certain waves or vibrations between these molecules. F.I.R. has its own wave, and its wave length is similar to those bio-molecule that composes the livings. This is how F.I.R. will causes human body to have this collective absorption, and thus improve the energetic level.
Hua Mao Biotech - We provide you the fiber with the combined functionalities of F.I.R. and Negative Ions that introduces you a healthy and energetic life!
Hua Mao Biotech first introduced the F.I.R. particles during the year of 1994, and we maintain our emission rate between 0.92 and 0.95 with extreme high quality control. We implement the particle into fibers with nano-class technology to avoid the hardness that general coating produces. With the development of more advanced technology, we are now capable to produce this combined functionality fiber.
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