Textile fabric blended with graphene fibers

Abstract

The invention discloses a textile fabric blended with graphene fibers. The textile fabric comprises warps and wefts. The warps and the wefts are transversely and longitudinally interwoven to form thetextile fabric. The warps are made of pure cotton yarns, the wefts are made of yarns, cotton fibers and the graphene fibers are blended to form the yarns, and a weight ratio of the cotton fibers to the graphene fibers in the wefts is 5-8:1; paraffin layers are smeared on the outer surfaces of the graphene fibers before the wefts are spun, and the average lengths of the graphene fibers for spinningthe wefts are 30-50 mm. The textile fabric has the advantages that the surfaces of the graphene fibers are preliminarily waxed, and accordingly the spinning properties of the graphene fibers can be improved to a certain extent; the graphene fibers and the cotton fibers are blended, and the yarns with certain quantities of graphene fibers can be formed under the assisting effects of large quantities of cotton fibers easy to spin when cotton threads account for most of the weight ratio; each pure cotton single yarn with relatively high structural strength and each cotton single yarn with low structural strength and blended with the corresponding graphene fibers are twisted with each other, and accordingly the integral strength of the textile fabric can be improved by the aid of twisting ofevery two corresponding single yarns.

Description

technical field [0001] The invention relates to a functional fabric, in particular to a fabric blended with graphene fibers. Background technique [0002] Among the existing textiles, textiles with functions such as electromagnetic protection, ultraviolet protection, and conductive intelligence mainly realize the above-mentioned single function by adding functional additives. Usually, the amount of functional additives added is large, which affects the wearability and durability of textiles, and cannot be realized at the same time. The aforementioned multifunctional properties. Due to its unique structure, graphene has the above-mentioned characteristics (antistatic, conductive, anti-ultraviolet, electromagnetic protection, flame-retardant and heat-resistant, anti-corrosion and anti-aging, far-infrared health care), and the addition of an appropriate amount of graphene and a reasonable weaving process, The above-mentioned multi-effect functional characteristics can be reali...

AI Technical Summary

Problems solved by technology

[0003] However, the spinnability of graphene fibers is too poor, and it needs to be blended with other fibers to form yarns. The yarn at the instant blended place has low structural strength, and certain measures need to be taken to improve the spinnability and weavability of graphene fibers.

Images