Is far-infrared heating food good for the human body?

After food is heated with infrared radiation, the far infrared radiation may not be suitable for all individuals after the food enters the body.No Chinese content provided, so the translation remains unchanged: "No."As the area and volume expand, if the emitted far-infrared radiation truly promotes blood vessel dilation, I imagine food might also emit far-infrared radiation during meals. Far-infrared radiation is referred to as "life light" by scientists. Scientifically proven, wavelengths between 4 to 14 micrometers are beneficial to the human body. As long as it complies with national regulations, far-infrared radiation is harmless to humans. Moreover, it can...Balance Body's Acid-Alkaline Levels, PromoteRecycling, etc.
Far-infrared heating, compared to traditional heating methods such as steam, hot air, and resistance, boasts faster heating speeds and new product features.Small equipment footprint, low production costs, and high heating efficiencyMany advantages. Replacing electric heating with it yields particularly significant energy-saving effects.This technology typically saves about 30% in electricity, and in some cases, it can reach up to 60% to 70%. For this reason, the technology has been widely applied in paint, plastic, and food industries.Wood, leather, textiles, teaMeets various processing requirements, such as heating, melting, drying, shaping, consumption, and curing of numerous products or materials. Generally, the heating and drying of organic substances like wood, leather, paint, high molecular substances, and moisture-containing materials are considered to be effective.In some applications, this technology has proven to be highly effective when used in conjunction with silicate-alumina refractory fiber insulation materials.
Far-infrared heating technology is an emerging science. In recent years, with the continuous increase in the variety and quantity of far-infrared products, its application fields have expanded accordingly. The significance of far-infrared heating technology has garnered more attention, thus, researching far-infrared radiation materials and their applications holds great promise. The energy-saving principle of far-infrared radiation materials lies in their efficient conversion of other energies and absorption by the molecular vibrations of the heated substances, achieving purposes such as heating and drying. They are characterized by energy-saving, rapid heating and temperature rise, pollution-free, and high thermal efficiency.Features, suitable for wide application in the textile, dyeing and finishing, electromechanical, printing, glass tempering, food processing, and industries.In the fields of health care, civil cooking utensils, and heating equipment, the far-infrared ceramic radiation material we have developed is applied to the coatings of aluminum products, achieving a time-saving rate of over 40%, an increase in thermal utilization of about 35%, and a 80%+ energy-saving rate. It is an ideal solution.Energy-efficient materials.
Far-Infrared Heating Theory: When the radiant spectrum of the heating body matches the absorption spectrum curve of the absorber, the thermal efficiencyThe matching absorption theory for far infrared is only correct when the thickness of the object being heated is measured within the infrared spectrum.