In the ever-changing environment, we are like yarns woven in time where we need to find our inner texture and interweave with the trend of the times. Continuous evolution and adaptation like the flexibility and tension of yarn, are our strength to move forward in this ever-evolving world. Facing changes, we shall open our hearts and welcome every weaving and reshaping with a positive attitude. ln the web of evolution, we weave the future together and write the chapters of the times in a sustainable manner.
White Shark· China YarnsFashion Trends
2024/2025
CATIONIC MODIFIED POLYAMIDE 6 FIBER IN CLOTHING INDUSTRIES
Fiber Applicantion1
–Woven two-tone finish
1.WEAVING TECHNIQUE :It is recommended to use a woven plain weave structure to better reflect the two-color interlacing effect of the yarn. You can also use this yarn as the decorative part of the jacquard and combine it with a plain texture to develop a characteristic jacquard fabric.
2.FABRIC PROPERTIES :The fabric maintains the smooth feel of nylon and has a two-color effect.
3. APPLICATION DIRECTION :Business Casual–Suits,Dresses,Shirt Sportswear–Combat jacket
Fiber Applicantion2
–knitting two-color fabric
1.WEAVING TECHNIQUE :Weft plain stitch or single-sided terry
fabric is used to develop jersey or single-sided terry fabric.
2.FABRIC PROPERTIES :The fabric surface has a two-color effect and the texture of the fabric is fine and smooth to the touch
1.WEAVING TECHNIQUE:Cationic modified polyamide 6 fiber is interwoven with conventional polyamide fiber to use warp-knitted plain weave to develop hidden grid fabrics; or knitted plain weave and knitted double-sided weave are used to develop high-elastic fabrics with a
smooth surface.
FABRIC PROPERTIES :High elasticity, moisture absorption, breathability, quick-drying, lightweight, and softness, to meet the needs of sports, providing a comfortable, flexible, and protective wearing experience.
In the field of nonwoven fabric manufacturing, bicomponent fibers, with their unique structure and properties, have become an extremely promising material. Particularly, the bicomponent fibers made of polyethylene (PE) and polypropylene (PP) exhi...
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