Knitted non-through fabric with controllable whiteness and preparation method thereof
By adding a high content of titanium dioxide to the yarn and combining it with 28-needle weft knitting and a specific bleaching process, a knitted, see-through fabric with controllable whiteness was prepared. This solved the problems of the fabric being heavy, having poor breathability, and insufficient whiteness, and achieved a lightweight, see-through, three-dimensional, and aesthetically pleasing effect.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- ANTA (CHINA) CO LTD
- Filing Date
- 2026-06-12
- Publication Date
- 2026-07-17
AI Technical Summary
In pursuing the effect of preventing seepage, existing anti-seepage fabrics usually result in thick fabrics with poor breathability and insufficient whiteness of yarns, making it difficult to meet consumers' diverse needs for lightness, comfort and appearance.
By using core-sheath composite yarn with added high titanium dioxide content, combined with 28-needle weft knitting rib weaving and a specific bleaching process, a knitted anti-permeability fabric with controllable whiteness is prepared. The anti-permeability effect is achieved through light absorption and internal reflection and refraction of the yarn, and the fabric's lightness, anti-permeability and aesthetics are improved by optimizing the weaving structure and dyeing and finishing process.
It achieves lightweight, breathable, three-dimensional, and aesthetically pleasing knitted fabrics with controllable whiteness, solving the problems of traditional breathable fabrics being heavy, poorly breathable, and having low whiteness, thus improving wearing comfort and the diversity of appearance and color.
Smart Images
Figure SMS_1