Green fabric is 27.9℃. After 10 minutes of irradiation, the temperature of the pink fabric remained unchanged, while the temperature of the green fabric rose to 29.9°C.
The magic of “heat-generating” fabrics lies in the addition of different proportions of “heat-generating” additives such as nanocomposite medical far-infrared powder, carbon powder, and ceramic powder inside.
These additives can effectively expand the capillaries of the human body, improve microcirculation, and heat up subcutaneous tissue. At the same time, after absorbing heat energy, the fabric feeds back to the human body, making the human body feel warm.
A seemingly ordinary piece of light fabric can increase a person’s body temperature by 3°C-5°C after being made into clothing, making it warmer than a thick sweater.
A transparent glass box specially used for testing. There are two similar pieces of pink and green fabrics side by side in the box. After 12 spotlights were illuminated evenly for 5 minutes, the temperature gun showed that the temperature of the pink fabric was 24.9°C and that of the green fabric was 27.9°C. After 10 minutes of irradiation, the temperature of the pink fabric remained unchanged while the temperature of the green fabric increased to 29.9°C. .
“This green ‘heat-generating’ fabric has a professional name, called microcirculation fabric. It is a new product we have developed after thousands of experiments.” The magic of the “heat-generating” fabric is that different proportions of nanocomposites are added inside. Medical far-infrared ray powder, carbon powder, ceramic powder and other “heat-generating” additives. These additives can effectively expand the body’s capillaries, improve microcirculation, and heat subcutaneous tissue. At the same time, after absorbing heat energy, the fabric feeds back to the human body, making the human body feel warm.
Although the texture of this microcirculation fabric is the same as that of ordinary fabrics of the same material, the printed part is quite flat and feels smooth to the touch. “During post-finishing, we transfer the ‘heating’ additive to the fabric through a special process, which not only draws beautiful patterns, but also has a ‘heating’ effect.” Each pattern is like a magnifying glass, absorbing external heat energy and , not only can release, but also amplify heat energy.
The calorific value of each piece of fabric is determined by the coverage of the pattern. The ideal effect can be achieved when it reaches 60%. Moreover, the performance remains the same after being washed 25 times.
“The temperature that a thick sweater brings to the human body generally does not exceed 3°C. After wearing clothes made of this microcirculation fabric, people can wear one less sweater in the winter.” The microcirculation fabric is made of three layers of composite materials. technology, and a special TPU breathable film is embedded in the middle.
It not only achieves high wind resistance and high moisture permeability effects, but also has the function of long-lasting heat preservation and heat storage. It is widely used in outdoor workwear, outdoor sports, medical care, bedding and sub-healthy people.
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