Radiation protection, antistatic and ultraviolet radiation resisting stainless steel metal wire core-spun yarn

Abstract

The invention provides a radiation protection, antistatic and ultraviolet radiation protection stainless steel wire core-spun yarn, which is the core-spun yarn with core material; the invention is characterized in that the core material is the stainless steel wire. Except the core material, the core-spun yarn is also spun with the cotton, the viscose or the hair fiber. The technical proposal of the invention has the advantages that the radiation protection, antistatic and ultraviolet radiation protection capabilities of the stainless steel wire are good and the stainless steel wire is uneasy for fiber show because the stainless steel wire is arranged in the core-spun yarn and used as the core material, thereby the invention has beautiful appearance and is durable.

Description

Technical field [0001] The invention relates to a textile material, in particular to a novel core-spun yarn. Background technique [0002] In the traditional yarn manufacturing field, all kinds of fibers are spun directly on the spinning machine. At the end of the 20th century, the core-spun yarn appeared. After the spinning frame of the textile machine was transformed, the core-spun yarn was implanted with special fibers such as spandex and polyester filaments to form a core thread, and the textile fibers such as cotton, viscose, wool, etc. Wrapped around the core to form a corespun yarn. The core-spun yarn is then woven into various elastic or non-elastic fabrics by loom, which are used in the field of clothing. [0003] With the improvement of people's health requirements, people began to resist various external pollutions through the transformation of fabrics and clothing. [0004] In order to resist pollution such as shielding radiation, static electricity, and ultra...

AI Technical Summary

Problems solved by technology

[0004] In order to resist pollution such as shielding radiation, static electricity, and ultraviolet rays, two methods are often adopted for existing fabrics: 1. Directly use stainless steel wires to blend with other silk threads or fibers or ordinary yarns. This blended product is prone to dew and affects the appearance; 2. The core-spun yarn is made of copper wire as the core wire. The disadvantage of this core-spun yarn is that the shielding ability is poor, and the copper wire is easy to break and rust, which affects the appearance and life.

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