A sweat-absorbent polyester fiber pantyhose

Abstract

The invention discloses a sweat-absorbent polyester fiber pantyhose including a pantyhose body. The pantyhose body is formed by interlacing a lining yarn and a veil. The lining yarn is made of a blended viscose fiber and a moisture wicking polyester fiber, and the veil is spandex, in terms of weight percent, the composition of each fiber raw material of the pantyhose body is: 12 to 13% of spandex,8 to 9% of modified viscose fiber, and 78 to 80% of moisture-absorbing and perspiration polyester fiber. The sweat-absorbent polyester fiber pantyhose has better moisture absorption and perspirationperformance, and has washing resistance, antibacterial, anti-ultraviolet, anti-static and other functions.

Description

technical field [0001] The invention relates to a pantyhose, in particular to a moisture-absorbing and sweat-wicking polyester fiber pantyhose. Background technique [0002] With the continuous improvement of living standards, people's requirements for wearing comfort also increase. Natural fibers have good hygroscopicity and are comfortable to wear. The human body creates a clammy feeling, which is mainly because the sweat cannot be discharged in time. From the perspective of moisture permeability, chemical fibers have advantages over natural fibers, but not all chemical fibers have such outstanding characteristics. Traditional polyester fiber has poor hygroscopicity and feels stuffy when worn. How to improve its moisture absorption and perspiration performance has become one of the topics of concern to researchers at home and abroad. Existing pantyhose products are prone to sweat accumulation and stickiness. It is difficult to keep dry, so the development of pantyhose wi...

AI Technical Summary

Problems solved by technology

Traditional polyester fiber has poor hygroscopicity and feels stuffy when worn. How to improve its moisture absorption and perspiration performance has become one of the topics of concern to researchers at home and abroad. Existing pantyhose products are prone to sweat accumulation and stickiness. It is difficult to keep dry, so the development of pantyhose with better moisture absorption and perspiration function has very good economic benefits and market prospects

[0003] Pantyhose has a certain demand for antibacterial properties due to direct contact with the skin. The existing antibacterial, moisture-absorbing and sweat-wicking fibers are usually coated with antibacterial agents on the outer surface of polyester fibers or directly mixed with nano-antibacterial agents during polyester spinning. Polyester chips are blended and spun to achieve antibacterial, and the outer surface of the polyester fiber is coated with an antibacterial agent. With washing, the antibacterial agent is easy to lose, and the antibacterial effect gradually disappears; while the nano-antibacterial agent is directly mixed with When polyester chips are blended and spun, if nanoparticles are directly added, it is equivalent to a physical blending process. Blending cannot guarantee the uniform dispersion of nanoparticles. The specific surface area of ​​nanoparticles is large and they are easy to agglomerate. The uniformity of their dispersion directly determines effect

Therefore, such a mixing method cannot give full play to the antibacterial effect of nano-silver.

In addition, pantyhose is prone to static electricity, and it is easy to absorb dust, which is not conducive to its use