Stretch-proof textile fiber and manufacturing method thereof

Abstract

The invention discloses a stretch-proof textile fiber and a manufacturing method thereof. The textile fiber comprises more than two fiber bodies in identical specification, and a cross-linking agent is extruded among contact surfaces of opposite sides of the fiber bodies. Each fiber body comprises an outer coating, a filler layer, acrylic fiber monomers and a deformation frame, wherein the acrylicfiber monomers are distributed on the outer wall of the deformation frame. The manufacturing method of the textile fiber includes steps: raw material preparation, to be more specific, preparing the deformation frames, the outer coatings, the filler layers and the acrylic fiber monomers according to components, wherein a content ratio of polyurethane elastomers in the deformation frames to graphene is 1:50, and a content ratio of polyacrylonitrile in the acrylic fiber monomers to a curing agent is 1:1.5. On the basis of acrylic fibers, the deformation frames are constructed inside to keep stability and thermal conductivity, and favorable breathability and wrapping effects of fabrics are achieved; externally, integral cross-linking stability is guaranteed through filler and coatings, and compactness in weaving of the textile fiber is improved.

Description

technical field [0001] The invention relates to the technical field of textile fibers, in particular to a stretch-resistant textile fiber and a manufacturing method thereof. Background technique [0002] China is a big country in textile production and export. After years of development, China's textile industry has obvious competitive advantages. It has the most complete industrial chain in the world and the highest level of processing facilities. Textile fiber is a kind of fiber whose length is thousands of times larger than its diameter. Most of the elongated and flexible substances are organic polymer compounds, and a few are inorganic compounds. The stretch resistance of existing textile fibers still has room to be explored. Fabrics are difficult to combine thickness and strength well. Fabrics with high strength are generally relatively thick, and relatively thin fabrics are generally weak in strength, and In the production process, it can only be produced by natural f...

AI Technical Summary

Problems solved by technology

The stretch resistance of existing textile fibers still has room to be explored. Fabrics are difficult to combine thickness and strength well. Fabrics with high strength are generally relatively thick, and relatively thin fabrics are generally weak in strength, and The production process can only be produced by natural fibers or artificial fibers, the process is complicated, and the tensile properties are satisfactory, but it cannot meet the commonly used textile applications.

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