7N Polyester And Linen Yarn (Can Be Customized)

Can Jieli Textile's spunlace nonwoven technology provide 7N Polyester and Linen Yarn with higher water absorbency and antibacterial properties, especially in hygiene and personal care products?

7N Polyester And Linen Yarn, as an important component of modern textile materials, has good mechanical properties and wide application prospects. How to improve the functionality of these materials in hygiene and personal care products, especially in terms of water absorption and antibacterial properties, has always been the focus of Jieli Textile. The application of spunlace nonwoven technology, especially in improving water absorption and antibacterial properties, can provide significant performance improvements for 7N Polyester And Linen Yarn to meet increasingly stringent market demands.

1. Overview of spunlace nonwoven technology
Spunlaced non-woven technology is a process that uses high-pressure water flow to strike and interweave fibers on a mesh structure into non-woven fabrics. This method does not require the use of adhesives or other chemicals, making it environmentally friendly and harmless. The fiber structure of spunlace non-woven fabric is tight and uniform, which can ensure the product's high water absorption, strong tear resistance and excellent breathability. Compared with traditional textile technology, spunlace non-woven fabrics not only retain the advantages of natural fibers, but can also achieve precise optimization of product performance through fine control.

2. Improve the water absorption of 7N Polyester And Linen Yarn
In traditional applications, 7N Polyester and Linen Yarn have poor water absorption and wettability. Especially for personal care and hygiene products, water absorption directly affects the comfort and functionality of the product. Therefore, enhancing water absorption in these materials is key to improving their competitiveness.

1. Advantages of spunlaced non-woven fabrics in water absorption

Spunlaced non-woven fabrics use high-pressure water flow to make the fiber structure more loose and uniform, thereby greatly improving the material's water absorption capacity. This process is particularly important for 7N Polyester and Linen Yarn, which can effectively improve their moisture absorption rate and ability to retain moisture. In traditional textiles, water absorption is often limited by the structure of the fiber itself, while the spunlace process improves the hydrophilicity of the material by micro-adjustment of the fiber, allowing it to absorb water more quickly.

For 7N Polyester and Linen Yarn, spunlace nonwoven technology can increase the surface area and porosity of the material by optimizing the arrangement and connection of fibers, which is crucial for improving water absorption. Especially in the field of hygienic products such as paper towels, wet wipes and sanitary napkins, good water absorption can not only improve the use experience, but also reduce the wet feeling during skin contact and enhance user comfort.

2. Improvement of hydrophilicity of 7N Polyester and Linen Yarn by spunlaced non-woven fabrics
Due to its synthetic fiber characteristics, 7N Polyester's surface is often smooth and has poor hydrophilicity. Through spunlace non-woven technology, the fiber surface can be made rougher and the contact area with moisture can be enhanced, thereby improving its water absorption performance. Linen Yarn is naturally hydrophilic, but its water absorption is limited to a certain extent by the tight structure of the fiber. Spunlace technology further optimizes the fiber structure by interweaving fibers and improves Linen Yarn's water absorption, allowing it to quickly absorb moisture and maintain dryness for a longer period of time.

3. Improve antibacterial properties
Antimicrobial properties are a very important feature in hygiene and personal care products, especially in products that come into direct contact with the skin, such as sanitary napkins, baby wipes, masks, etc. In addition to improving the water absorption of materials, spunlaced non-woven technology can also effectively enhance the antibacterial properties of 7N Polyester and Linen Yarn by combining with antibacterial ingredients.

1. Spunlaced non-woven fabric supports antibacterial properties
The fiber structure of spunlace non-woven fabrics helps enhance the antibacterial properties of the material. On the one hand, spunlace non-woven fabrics can inhibit the growth of bacteria and microorganisms by controlling the gaps between fibers. On the other hand, the high-pressure water flow in the spunlace process can form tiny capillary structures on the fiber surface. These capillary structures not only enhance water absorption, but also form a certain barrier to bacterial adhesion, thus slowing down the spread of bacteria.

2. Combination of spunlaced non-woven fabrics and antibacterial additives
To further enhance the antimicrobial properties of 7N Polyester and Linen Yarn, Jieli Textile can combine spunlace nonwoven technology with antimicrobial additives. By introducing natural antibacterial ingredients, such as silver ions, bamboo charcoal or other organic antibacterial materials during the production process, spunlace non-woven fabrics can effectively inhibit the reproduction of bacteria and ensure the cleanliness and safety of sanitary products. This is especially important for personal care products such as baby wipes, adult sanitary napkins, etc., which can effectively reduce the risk of bacterial infection.