Method and device for preparing textile fabric having far infrared radiation energy, and prepared textile fabric

Abstract

The invention discloses a method and a device for preparing textile fabric having far-infrared radiation energy, and the prepared textile fabric. The preparation process comprises the following steps:(a) preparing a strong far-infrared radiation substrate and at least one piece of textile fabric to be processed; (b) placing the radiation substrate in a circulation flow path; (c) placing the textile fabric to be processed in a radiation space communicated with the circulation flow path; (d) heating the air in the circulation flow path; (e) performing airflow infiltration treatment on the textile fabric to be processed; (f) taking out the processed textile fabric. The textile fabric having the far-infrared radiation energy can be produced without mixing with other far-infrared substrates, so that the textile fabric does not have the problem that the far-infrared substrate easily falls off; furthermore, the prepared textile fabric does not excessively stimulate the skin of the human bodywhen being used for a long time, thus avoiding the symptoms such as human skin allergy, itching or red swelling.

Description

technical field [0001] The present invention relates to a preparation method and equipment for textiles and the prepared textiles, in particular to a preparation method and equipment for textiles with far-infrared radiation energy and the prepared textiles, so that the textiles can The far-infrared ray energy with high emissivity is produced when the far-infrared ray substrate is mixed, which reduces the adverse reaction of the human body to the far-infrared ray substrate and can further promote human health. Background technique [0002] Since the far-infrared rays can emit wavelengths between 4 and 14 μm, and can generate a resonance frequency of 300,000 per second, the far-infrared rays with this wavelength and resonance frequency have "resonance absorption" and "penetration power", so they are easily detected by many people. Radiation that is absorbed by a substance and produces a thermal reaction. In addition, far-infrared rays will not stimulate the human body, but in...

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Problems solved by technology

[0004] Regardless of the above-mentioned methods, the far-infrared emitting material is made by mixing the "implantation" method with the polymer material, in order to blend the far-infrared-emitting ceramic powder with the fiber polymer to remove the filaments. Spinning, in which the content of additives in fiber polymers has problems such as reduced fiber fracture strength and wear and tear on spinning nozzles, etc., so the content of far-infrared ceramic powder in textiles is limited, generally up to about 5%, which is relatively free at this time. Effectively provide curative far-infrared release;

[0005] In addition, the particles of the far-infrared ceramic powder are too large, or some of the textile fibers are too fine, which will cause the far-infrared ceramic powder to be unable to be embedded in the fiber smoothly, making the textile easy to be damaged due to cleaning, kneading, etc. after a period of use. The external force separates from the polymer material, causing its emissivity to decrease and attenuate, resulting in the instability of the far-infrared function quality of the produced textiles and the reduction of performance.

[0006] Furthermore, no matter whether it is blended by spinning, or mixed with far-infrared powder in textiles by means of dip-dyeing, printing, coating, etc., it cannot be applied to the human body with sensitive skin. Some users will experience redness, swelling and itching when they come into contact with far-infrared powder.

Even, users with non-sensitive skin may cause adverse reactions if they are exposed to textiles mixed with far-infrared powder for a long time. Therefore, the textiles with far-infrared radiation energy in the prior art are obviously not enough to meet the needs of actual use. There is room for further improvements and breakthroughs

[0007] In view of this, the inventors have made in-depth discussions on the problems faced by the existing textiles incorporating far-infrared radiating substances, and through years of experience in research and development and manufacturing related industries, through continuous efforts to improve and experiment, they finally successfully developed A preparation method and equipment for textiles with far-infrared radiating energy and the prepared textiles are developed, so as to overcome the inconvenience and trouble caused by the need to mix far-infrared radiating substances into existing far-infrared textiles

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