一种涤加棉的股线以及使用该股线织成的涤棉烂花布

Abstract

本实用新型公开了一种涤加棉的股线以及使用该股线织成的涤棉烂花布，包括：股线由涤纶丝和棉纱并捻而成；涤纶丝和棉纱并捻成的股线是一根棉纱与二根涤丝并捻成的股线；一根棉纱与二根涤丝并捻成的股线，是将一根棉纱与其中一根缩水率为13％的第一涤丝和另一根缩水率为25％第二涤丝并捻而成每厘米3~5个捻度的股线；本实用新型能够通过涤加棉的股线和织造的烂花面料经烂花处理后，不但具有良好的半似透明烂花效果，而且在半似透明烂花处会闪光闪烁，提高了涤棉面料的使用效果，扩宽了涤棉面料应用场景。

Claims

1. A polyester-cotton ply characterized in that, include: The strands are made of polyester filaments and cotton yarn twisted together; The ply yarn formed by twisting the polyester filament and the cotton yarn is a ply yarn formed by twisting one cotton yarn and two polyester filaments together; the ply yarn formed by twisting one cotton yarn and two polyester filaments together is a ply yarn with 3 to 5 twists per centimeter formed by twisting one cotton yarn with one first polyester filament with a shrinkage rate of 13% and another second polyester filament with a shrinkage rate of 25%.

2. A polyester cotton polka dot fabric woven using the yarn as claimed in claim 1, characterized in that, include: The polyester-cotton fabric is made by interlacing polyester and cotton yarns through warp and weft, followed by a burnout process. The warp and weft interweaving is a plain weave structure formed by interweaving warp and weft yarns; The aforementioned finishing process after the pattern is ruined refers to first ruining the cotton yarn according to the pattern requirements and then finishing it.

3. The polyester-cotton burnout fabric according to claim 2, characterized in that: The latitude and longitude interweaving also includes: A cotton yarn is twisted together with a first polyester filament with a shrinkage rate of 13% and a second polyester filament with a shrinkage rate of 25% to form a ply with 3-5 twists per centimeter as the warp yarn. A cotton yarn is twisted together with a first polyester filament with a shrinkage rate of 13% and a second polyester filament with a shrinkage rate of 25% to form a ply with 3-5 twists per centimeter as the weft yarn. The warp and weft yarns are interwoven to form a plain weave fabric.

4. The polyester-cotton burnout fabric according to claim 3, characterized in that: After the cotton yarn is completely destroyed, two polyester filaments remain: one is a first polyester filament with a shrinkage rate of 13%, and the other is a second polyester filament with a shrinkage rate of 25%. The remaining two polyester filaments create a spiral misalignment, which produces light diffraction at the site of the destroyed cotton yarn.

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