On the market today, there are two types of popular heating fabrics: far infrared heating fabrics and moisture absorption heating fabrics. Which has the greater impact? Let us examine the distinctions between these two fabrics.
Far-infrared radiation, also known as long-wave infrared radiation, is advantageous for the far-infrared radiation emitted by the hot object source to illuminate the heated object and then cause its internal molecules and atoms to resonate in order to generate heat energy, thereby achieving the purpose of heating. Many of them, by definition, can emit long-wave infrared rays. Graphene is the new name for graphite, and tourmaline, tourmaline, magnet, and other minerals can all emit long-wave infrared rays. After passing the test standard, the far-infrared heating fabric can be made by grinding the aforementioned minerals into nano-scale and incorporating them into the fiber. Far infrared radiation has a temperature rise of 1.4, which can improve microcirculation, improve the state of micro-blood flow, and accelerate blood flow speed, all of which have an effect on health.
Moisture-absorbing fabric is a brand-new material that, unlike alcohol, changes from gas to liquid to release heat and warm the body, with a maximum heat of 10. Every day, 600cc of gaseous sweat evaporates from the human body at rest, and the gaseous molecules enter the fiber. The gas is converted to liquid and adsorbed on the fiber, and when the gas is converted to liquid, heat is released (the opposite principle of alcohol). The heat release will cease when the moisture of the moisture-absorbing and heat-generating fiber is saturated. It absorbs water after releasing it, allowing it to generate heat repeatedly. Moisture absorption conversion-heat release-moisture absorption conversion-heat release-moisture absorption conversion-heat release repeated heating and moisturizing. The average temperature rise value for 30 minutes for hygroscopic underwear is 3, and the standard maximum fever is 4.
Which heating fabric is the best? From the standpoint of rising temperature, the rising temperature of moisture absorption and heat generation is greater. Far infrared rays have a better effect on improving the microcirculation of the body, depending on the individual needs of users, from a health care standpoint.
Post time: Jan-29-2023