Nanometer garnet woven fabric

Abstract

The invention relates to a method for manufacturing a nanometer garnet woven fabric, which is characterized by comprising the following steps of: 1) performing mechanical grinding to obtain nanoscale garnet powder; 2) mixing the garnet powder obtained in the step 1) and silicon dioxide powder and sintering at a high temperature; 3) pumping and mixing sinter obtained in the step 2) and polyurethane resin particles in a screw mixer; and 4) covering and hot-pressing a polyurethane resin particle-containing mixture obtained in the step 3) on a woven fabric. The nanometer garnet woven fabric manufactured by the method can release sufficient far infrared rays, has better effect than the common far infrared products, can achieve the beneficial effect of soothing human bodies, can quickly relax muscles and channels and collaterals, soothes the muscles of users, makes the users feel happy, improves motion function and relieves physical fatigue; meanwhile, the garnet has special current characteristics, can stabilize physical current, makes bioelectricity produced by the human bodies circulated in vivo in order, can soften the muscles and promotes blood circulation.

Description

Technical field: [0001] The present invention relates to a kind of nanometer garnet woven cloth, specifically relate to the woven cloth that combines nano-scale garnet particles and polyurethane resin to various cloths, and can effectively exert the physical therapy effect of garnet; wherein the garnet The garnet is effectively combined with the textile fabric, and it is not easy to fall off after repeated washing. The garnet can generate far-infrared rays and natural energy negative ions for the human body. After nano-micro decomposition, the energy is enhanced, and it can relieve nerves and muscles in a very short time. effect. Background technique: [0002] The nano ore material of the existing nano-scale ore textile cloth is mixed into the textile material, which is divided into implantation method and coating method. The implantation method is to form a glue after mixing mineral powder and water-based glue. During the spinning process, the glue is sprayed on the fiber ...

AI Technical Summary

Problems solved by technology

[0002] The nano ore material of the existing nano-scale ore textile cloth is mixed into the textile material, which is divided into implantation method and coating method. The implantation method is to form a glue after mixing mineral powder and water-based glue. During the spinning process, the glue is sprayed on the fiber in the form of a nozzle to combine with the fiber. The defect is that the content of mineral powder contained in the glue is very low, the highest is only 3%. In addition, due to the water-soluble glue Poor bonding to fiber filaments, mineral powder tends to fall off during washing, but the efficacy of the fabric is reduced

The Chinese patent application number is 200810134322.X, which discloses a nano-far-infrared cloth. The preparation of its nano-powder needs to heat the mineral raw material at high temperature to gasify the mineral raw material, and collect the gasified product with a dust collector to obtain Nano-scale ore particles, this method consumes a lot of energy, the efficiency of collecting gasified bodies to obtain nano-ore particles is low, and the production cost is very high

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