Nano-meter far infrared cloth

Abstract

The invention relates to a nano-meter far infrared cloth, which is prepared by the following steps: firstly, preparing nano-meter far infrared polyurethane resin powder; and then, adopting a mode of liquefying the nano-meter far infrared polyurethane resin powder at high temperature, cladding on one surface of high-temperature resistant release paper and combining onto cloth through thermal transfer, or a mode of performing hot-pressing fusion on the nano-meter far infrared polyurethane resin powder and the cloth, to form the nano-meter far infrared cloth. The nano-meter far infrared cloth prepared by the steps can be applied to any cloth material to prepare various clothes and cloth products, which can release high-effect far infrared, has strong combination of the far infrared component and the cloth to enable the far infrared component not to fall off for long-term washing, are worn or used by users, and have health-care effect on human bodies.

Description

technical field [0001] The present invention relates to a kind of nanometer far-infrared ray cloth, especially a combination design of combining nanometer-scale far-infrared ray polyurethane resin with various kinds of cloth, so that it can be used to make various clothes or cloth products with the effect of releasing high-efficiency far-infrared rays. And the far-infrared component has a strong combination with the cloth, and it will not fall off after long-term washing, and the far-infrared has the functions of radiation, penetration and resonance absorption, so that the wearer can achieve the effect of physical health, and is suitable for application in various fabrics Or similar cloth product structure. Background technique [0002] In recent years, studies have found that far-infrared rays with wavelengths ranging from 4 to 18 microns (μm) are closely related to the growth and health of animals, plants, and microorganisms. When external energy sources such as far-infrar...

AI Technical Summary

Problems solved by technology

However, in order to prevent the Polyester particles from breaking and fluffing during the spinning process, the far-infrared powder added in the Polyester should not exceed 3%, because in the Polyester It cannot contain a high amount of far-infrared components. Therefore, it can be seen that the content of far-infrared components contained in the fabric produced by this method is relatively low, and the far-infrared emission rate of the finished product is relatively low, which is its defect.

[0006] Furthermore, the far-infrared components added to cloth by the general textile industry are not separated from germanium, bamboo carbon powder or tourmaline. Although bamboo carbon powder has the effect of storing heat and keeping warm, its far-infrared release rate is low; Tourmaline can cause skin allergies and rashes; in addition, when germanium is used alone, its far-infrared release rate is not enough to improve human health. The far-infrared ray emission rate of the far-infrared ray component is insufficient and the efficacy is not satisfactory, which is another defect of the prior art

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