Antistatic antibacterial far-infrared moisture-absorbing and quick-drying down fabric manufacturing method

Abstract

The invention relates to an antistatic antibacterial far-infrared moisture-absorbing and quick-drying down fabric manufacturing method, wherein the down fabric comprises a fabric body, the fabric bodycomprises a surface layer, an inner layer and a down layer, and further comprises a windproof heat locking layer, the surface layer and the windproof heat locking layer are integrally sewn by suturesto form an accommodating channel for filling down, down is filled into the accommodating channel to form the down layer, the windproof heat locking layer comprises a separation cotton lining layer, asilk-like cotton layer and a lining cloth layer, the separation cotton lining layer, the silk-like cotton layer and the lining cloth layer are integrally compounded, the silk-like cotton layer is sandwiched between the separation cotton lining layer and the lining cloth layer, the lining cloth layer is attached to the inner layer, the weight of the silk-like cotton is 40-80 g, the surface layer and/or the inner layer are formed by interweaving with yarns, the yarns are graphene oxide polyester yarns, and the graphene oxide polyester yarn comprises 1-5% by mass of graphene oxide and 90-95% bymass of polyester. According to the present invention, the product has advantages of antistatic property, antibacterial property, far infrared property, moisture absorption, quick drying, low cost andgood warm keeping effect.

Description

technical field [0001] The invention relates to a production method of an antistatic, antibacterial, far-infrared, moisture-absorbing and quick-drying down fabric. Background technique [0002] Humans are thermostatic organisms, and the core temperature of the human body is generally maintained at around 37°C. Deviation from this temperature can make people feel uncomfortable, or cause harm to the human body, or even endanger life. However, the temperature of the external environment in which humans actually live often deviates from this temperature range. For example, in winter, especially in the north, the lowest temperature can reach -40°C. Therefore, human beings just need to keep warm in winter clothing, and it is of great significance to improve the warmth of clothing. . [0003] 87.5% of the body's heat dissipation occurs on the skin surface. The purpose of people wearing winter clothes is to prevent the body's heat from dissipating to the outside world, so as to ins...

AI Technical Summary

Problems solved by technology

[0005] 1. Although down has good warmth retention property and the fabric has a soft feel, its cost is relatively high;

[0006] 2. Since down fabrics usually need to be cleaned by a special cleaning shop, the frequency of cleaning is relatively low, and it is easier to have bacteria; in a dry and cold environment, the friction between down fabrics and other clothes is easy to generate static electricity

The line of this down fabric is only composed of the surface layer, a small amount of down (or no down), and the inner layer, and the surface layer and the inner layer are mostly composed of woven fabrics, resulting in limited thickness and low bulkiness at the line. The wind can easily blow through. In addition, when wearing down jackets in winter, the ambient temperature is generally below 10°C. The surface temperature between the human body and the inner layer of the down jacket is close to 37°C. The temperature difference between the environment and the body surface is very large, thus forming a cold bridge. Effect, rapid loss of body surface heat, greatly loss of thermal performance

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