What Are the Uses of far Infrared?

There are many military applications, such as the far-infrared night market technology in the impression of ordinary people. Industrial use, generally used for industrial heating, video baking, product drying, paint baking, etc.People's livelihood uses, such as hair dryer, electric stove, electric heater, hot compress lamp, etc. Although many of these products are named after far infrared, in order to achieve the effect of rapid heating, the temperature is mostly high, and the emitted spectrum contains a considerable proportion of near and medium infrared, so they are not suitable for human medical treatment or physiotherapy.Medical and therapeutic purposes, i.e. medical and physical therapy, are applicable to the far infrared ray, excluding the near and medium infrared rays as far as possible. The far infrared ray (wavelength 6-14 microns) is more suitable.

If doped with near-infrared and medium infrared, the increased thermal effect will greatly increase the thermal effect, and will destroy the original far-infrared curative effect and become a simple thermal treatment.Principle the human body has about 60 trillion cells, most of which are water, and the effective absorption frequency of water molecules is about 6.27 M is just 4 14 of far infrared In the m region, there are many phospholipids, proteins and sugars on the cell membrane, and their average wavelength is also between 4 14 M far infrared range. Among them, according to the research, the wavelength is 8 The far infrared ray of M is easily absorbed by human protein. Because the protein temperature will not change in this process, it is called non thermal effect.

In addition, about 70% of our human body is water, and the water ratio of blood is as high as 80. The non thermal effect of far infrared ray is mainly to promote the biochemical reaction generated after the absorption of cells or tissues in the organism, resulting in the increase of the concentration or activity of molecules involved in biochemical reactions in the human body, which can promote the resonance of large water molecular groups, Then, the hydrogen bond between water molecules is broken, and the large water molecules become independent small water molecules, which makes it easy for small water molecules to enter the cell and promote the biochemical reaction.

According to the biophysical model of Professor Pang Xiaofeng from the Institute of high energy electronics, University of Electronic Science and technology of China, and the research conclusions of Taiwan Wanfang hospital and Xiyuan affiliated to Taipei Medical University for many years, it is also proved that the far-infrared non thermal effect is correct.Protein is an indispensable element in human cells to catalyze various chemical reactions. If protein lacks energy and cannot work or is inefficient, the physiological function of cells will be seriously affected, resulting in human weakness or disease.The method of providing cell energy in organisms is mainly adenosine triphosphate hydrolysis, and the far-infrared vibration energy is very close to the energy of adenosine triphosphate hydrolysis, which can form resonance transmission, so as to regulate protein phosphorylation and protein activity, and the phosphorylation response is the result of adenosine triphosphate hydrolysis.