Surface tensile shearing antistatic bodkin single-side woolen and production method thereof

Abstract

The invention discloses a surface tensile shearing antistatic bodkin single-side woolen and a production method thereof. The bodkin single-side woolen comprises surface silk and bottom silk, wherein the surface silk is formed by weaving 900D / 768F terylene, the 900D / 768F terylene is formed by twisting 30% common terylene and 70% cationic modified terylene in a texturing process, and the bottom silk is formed by weaving 150D / 48F terylene. As the common terylene is directly twisted with the cationic modified terylene in the texturing process, during the weaving process, cross strips caused by uneven network after the cationic modified terylene is combined with the common terylene do not exist; through the surface silk, radicals having excellent affinity with dispersive cationic dye are increased, so that the fabric is difficult to decolorize, and can be dyed under a normal temperature; the fabric is subjected to antistatic treatment, so that the problem that the terylene fabric easily generates static electricity can be effectively solved; and the anti-pilling performance of the fabric is increased through after treatment and sizing.

Description

technical field [0001] The invention relates to a surface-drawn shearing antistatic thick-needle single-jersey fleece and a production method thereof, which belong to the technical field of textiles. Background technique [0002] Polyester fiber is a hydrophobic synthetic fiber that lacks functional groups that can combine with direct dyes, acid dyes, basic dyes, etc. Although it has an ester group that can form hydrogen bonds with disperse dyes, the polyester molecular chain structure is tight, and the dye molecules are not easy to enter the fiber, resulting in difficult dyeing and monotonous color. Generally, dark colors are not used for dyeing, which directly affects the color of polyester fabrics. Variety development. Due to the high crystallinity of polyester, there are only small voids in the fiber. When the temperature is low, the thermal movement of molecules changes its position to a small extent. Under humid conditions, polyester fiber does not pass through violen...

AI Technical Summary

Problems solved by technology

[0004] At the same time, due to the small cohesion force between polyester fibers, high fiber strength, and high elongation ability, the fibers are easy to slide out of the fabric surface. After forming small balls on the surface, they are constantly rubbed to expose the fibers to the fabric and form hair balls on the fabric surface. , which greatly affects the appearance of the fabric