Far-infrared fabric (AB cloth) with microcirculatory system

Abstract

The invention relates to the technical field of far-infrared fabric, in particular to a far-infrared fabric (AB cloth) with a microcirculatory system. The fabric can be widely used for various clothes, underwear, bras, swimsuits, shoes and sport suits. The fabric is characterized in that a far-infrared device is implanted in polyamide, far-infrared polyamide is synthesized, then far-infrared polyamide is blended with polyurethane fibers to form microcirculatory far-infrared fabric, far-infrared polyamide and the polyurethane fibers are blended for cross spinning, the polyurethane fibers are wrapped by far-infrared polyamide, and far-infrared polyamide wraps the polyurethane fibers. Far-infrared wavelength emitted by the fabric is close to the human body, therefore, the far-infrared wavelength resonates with the muscular tissue of the human body, then the far-infrared microcirculatory system is formed, blood circulation is promoted, skin is smoothened, redundant fat is combusted, and then weight is effectively lost. The far-infrared emitting rate is larger than or equal to 0.88, the far-infrared radiation temperature rise value is larger than or equal to 1.4 DEG C, and the standard GB/T 30127-2013 is met.

Description

Technical field: [0001] The invention relates to the technical field of far-infrared fabrics and can be widely used in various garments, underwear, bras, swimming suits, shoes and sports clothes. To be precise, it is a microcirculation system far-infrared fabric (AB cloth). Background technique: [0002] At present, the existing far-infrared fabrics have been widely used, and there are many kinds, mainly used in various clothing, underwear, bras, swimsuits, shoes and sports clothes. After extensive use and practice, there are many deficiencies in the existing products. For example, most far-infrared fabrics add far-infrared additives or coatings during dyeing and finishing, or directly add far-infrared coatings on finished fabrics. The layer is only attached to the surface of the fabric. If the fabric is used on clothing and underwear, although it has a far-infrared effect, it will quickly oxidize and disappear once it is used and washed, which will cause the far-infrared e...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing far-infrared fabrics have been widely used, and there are many kinds, mainly used in various clothing, underwear, bras, swimsuits, shoes and sports clothes. After extensive use and practice, there are many deficiencies in the existing products. For example, most far-infrared fabrics add far-infrared additives or coatings during dyeing and finishing, or directly add far-infrared coatings on finished fabrics. The layer is only attached to the surface of the fabric. If the fabric is used on clothing and underwear, although it has a far-infrared effect, it will quickly oxidize and disappear once it is used and washed, which will cause the far-infrared emissivity to be unstable and not up to standard. And it will not have beneficial effects on the human body, or it will have adverse effects on the human body; if it is used on bras, swimsuits, shoes and sports clothes, it will also have the same adverse effects, so it is necessary to conduct research and research on this aspect Developed and created a stable and long-lasting microcirculation far-infrared fabric. The far-infrared wavelength emitted by the fabric is close to that of the human body, so that it resonates with human muscle tissue and forms a far-infrared microcirculation system. It is stable and long-lasting, and resonates with the human body to absorb and promote Blood circulation can metabolize substances that cause fatigue and aging, such as lactic acid, free fatty acids, cholesterol, excess subcutaneous fat, etc., through the activation of hair follicle openings and subcutaneous fat, directly from the skin without going through the kidneys

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