Honeysuckle Jacquard fabric and preparation method thereof

Abstract

The invention provides a honeysuckle Jacquard fabric which is glossy, moisture-absorbent, breathable, soft and comfortable and has an antibacterial health function. The honeysuckle Jacquard fabric isprepared by interweaving 60s yarns of pure Tencel in warp direction and 40s compact Siro-spun yarns of pure honeysuckle fiber in weft direction. A preparation method of the honeysuckle Jacquard fabriccomprises a yarn production process, a weaving production process and bleaching and finishing processes. The honeysuckle Jacquard fabric prepared through the method is glossy, silky, soft, moisture-absorbent, breathable, comfortable and skin-friendly and has the antibacterial health function.

Description

technical field [0001] The invention relates to a fabric, in particular to a honeysuckle jacquard fabric and a preparation method thereof. Background technique [0002] With the improvement of people's material level, the pursuit of healthy and environmentally friendly home life has become a fashion, not only requires home textile products to have the basic properties of comfort, ventilation, warmth, and beauty, but also requires the function of antibacterial and health care. At present, there are many types of antibacterial functional textiles on the market, including natural cellulose, such as ramie, flax, hemp and other hemp fabrics, but their raw materials are more expensive, spinning and weaving are difficult, and the cost is higher; regenerated cellulose, such as mint, Antibacterial fiber fabrics such as woad and Tiancha have high raw material costs, and their antibacterial properties are easily affected by acid and alkali in the dyeing and finishing process; chemical ...

AI Technical Summary

Problems solved by technology

At present, there are many types of antibacterial functional textiles on the market, including natural cellulose, such as ramie, flax, hemp and other hemp fabrics, but their raw materials are more expensive, spinning and weaving are difficult, and the cost is higher; regenerated cellulose, such as mint, Antibacterial fiber fabrics such as woad and Tiancha have high raw material costs, and their antibacterial properties are easily affected by acid and alkali in the dyeing and finishing process; chemical fibers, such as quantum energy and graphene fiber fabrics, have long-lasting antibacterial functions, but The fiber is expensive and difficult to promote; after finishing, adding antibacterial additives to the fabric during finishing can obtain the antibacterial function of the fabric, but the antibacterial performance of this kind of fabric is poor in washing resistance, and the antibacterial function will gradually lose after repeated washing

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