Carbon fiber far infrared ray 10 great effect
First, carbon fiber far infrared rays can improve blood circulation.
Because carbon fiber far infrared rays can penetrate deep into human subcutaneous tissue, the use of carbon fiber far infrared ray reaction can increase the temperature of deep subcutaneous skin, dilate microvessels, promote blood circulation, revive enzymes, and strengthen the metabolism of blood and cell tissue, which is of great help to cell rejuvenation and can improve anemia. Regulating blood pressure: Hypertension and arteriosclerosis are generally caused by contraction and stenosis of arterioles such as nervous system, endocrine system and kidney. Far infrared rays of carbon fiber dilate capillaries, promote blood circulation, reduce hypertension and improve hypotension symptoms.
Second, carbon fiber far infrared rays can improve joint pain.
The deep penetration of carbon fiber far infrared rays can reach the depth of muscle joints, which can warm the body, relax muscles, drive the exchange of oxygen and nutrients in the microvascular network, and eliminate the aging wastes such as fatigue substances and lactic acid accumulated in the body, which has excellent effects on eliminating swelling and relieving soreness.
Third, carbon fiber far infrared rays can regulate autonomic nerves.
Autonomic nerve mainly regulates visceral function. People are in a state of anxiety for a long time, and the autonomic nervous system is constantly tense, which will lead to decreased immunity, headache, dizziness, insomnia and fatigue, and cold limbs. The far infrared ray of carbon fiber can regulate autonomic nerve to keep it in the best state, and all the above symptoms can be improved or eliminated.
Fourth, carbon fiber far infrared rays can protect skin and beautify.
The far infrared rays of carbon fiber can be absorbed by human body, and substances that cause fatigue and aging, such as lactic acid, free fatty acids, cholesterol and subcutaneous excess fat, are directly metabolized from the skin through the activation of hair follicle mouth and subcutaneous fat without going through the kidney. So it can make the skin smooth and tender. The physical therapy function of carbon fiber far infrared ray can improve the heat energy in the body, activate cells, thus promoting the metabolism, burning and decomposition of adipose tissue, consuming excess fat, and then effectively losing weight.
Ps: Skin can spontaneously breathe smoothly, effectively expel skin toxins, slow down pigmentation and prevent common sub-health conditions such as acne.
Fifth, carbon fiber far infrared rays can improve the circulatory system.
The comprehensive penetration of carbon fiber far-infrared radiation is the only physical therapy that can completely take care of countless microcirculation tissues and systems of the whole body. After the microcirculation is smooth, the systolic blood pressure decreases, and the supply of oxygen and nutrients is sufficient, so it is naturally relaxed and healthy. Strengthening liver function: The liver is the largest chemical plant in the body and a blood purifier. The deep thermal effect in vivo caused by far-infrared radiation of carbon fiber can activate cells, improve tissue regeneration ability, promote cell growth, strengthen liver function, improve liver detoxification ability and maintain a good visceral environment, which can be said to be the best disease prevention strategy.
Ps: The improvement of the performance of the body's self-circulation system helps to discharge the redundant "free radicals" called health killers in time.
Activate the activity of biomolecules
It is important to point out that photon energy in the infrared region (1.6-0.001ev) cannot activate the electronic energy level of molecules, so it cannot ionize substances like ultraviolet rays. Infrared radiation can only activate the vibrational energy level of molecules. The energy difference between vibration levels is generally below 1 eV. That is to say, the molecular structure cannot be changed because the atomic bond energy of the molecule formed by far infrared energy is small. Nevertheless, under the action of far-infrared photons, especially 2-6 micron far-infrared photons, the molecular energy level of organisms is excited to a higher vibration level, which activates the activity of biological macromolecules such as nucleic acid protein, so as to play the role of biological macromolecules in regulating metabolism, immunity and other activities of the body, which is conducive to the recovery and balance of human functions and achieve the purpose of preventing and treating diseases.
Seven, enhance metabolism
If there is something wrong with the metabolism of the human body, resulting in abnormal material exchange inside and outside the body, then various diseases will come. For example, the disorder of water and electrolyte metabolism will seriously endanger life; Diabetes caused by disorder of glucose metabolism; Disorder of lipid metabolism leads to cardiovascular diseases and obesity; Gout caused by metabolic disorder in protein. Through the far-infrared thermal effect of carbon fiber, we can increase the vitality of cells, adjust the mechanism of neurohumors, strengthen metabolism, and make the material exchange in the body in a stable state.
Eight, improve immune function
Immunity is a physiological protective response of human body, including cellular immunity and humoral immunity, which plays an extremely important role in the process of human body's resistance to diseases. Clinical observation shows that carbon fiber far infrared can really improve the phagocytic function of macrophages, regulate human cellular immunity and humoral immunity, and is beneficial to human health.
IX. Anti-inflammatory Effect
Its mechanism is as follows: a) The thermal action of carbon fiber far infrared eliminates the pathological process of inflammation through the reaction of neurohumors, accelerates the restoration of the original damaged physiological balance, improves the local and systemic disease resistance, activates the immune cell function, and enhances the phagocytic function of white blood cells and reticular skin cells, thus achieving the purpose of anti-inflammation and bacteriostasis. B) The thermal effect of infrared ray can raise the skin temperature, reduce the sensitivity of sympathetic nerve, release vasoactive substances, dilate blood vessels, speed up blood flow, improve blood circulation, enhance tissue nutrition, activate tissue metabolism, increase oxygen supply to cells, improve the oxygen supply state of the focus area, enhance the cell regeneration ability, control the development of inflammation and localize it, and accelerate the repair of the focus. C) Far-infrared thermal effect can improve microcirculation, establish collateral circulation, enhance the stability of cell membrane, adjust ion concentration, increase osmotic pressure, accelerate the discharge of toxic metabolites, accelerate the absorption of exudates, and lead to the regression of inflammatory edema.
X. analgesic effect
The thermal effect of infrared rays reduces the excitability of nerve endings; The improvement of blood circulation and the regression of edema reduce the chemical and mechanical stimulation to nerve endings; The thermal effect of carbon fiber far infrared increases the pain threshold, which all plays a role in relieving pain. In addition to the above thermal effects, the biological effects of far infrared have many other important biological effects, such as the relationship between far infrared rays of carbon fibers and life, infrared rays improving microcirculation, activating water molecules, activating tissues and cells and other important functions.