Wear resistance of sleeve non-woven fabric: Comprehensive consideration of fiber characteristics and bonding methods

In the field of textile materials, sleeve heads nonwoven fabric is an important functional fabric, and its wear resistance is directly related to the service life of the product and consumer satisfaction. Wear resistance, in short, refers to the ability of a material to resist wear and maintain its original shape and performance when subjected to friction. This feature is particularly important for sleeve heads nonwoven fabrics because it directly determines the durability of the cuff part of the clothing.

When discussing the wear resistance of sleeve heads nonwoven fabrics, we have to mention several key factors: fiber type, fiber length, fiber arrangement, and fiber bonding method. These factors are intertwined and jointly affect the wear resistance of non-woven fabrics.

First of all, fiber type is the basis of non-woven fabric wear resistance. High-strength, wear-resistant fiber materials, such as polyester and polypropylene, are the first choice for manufacturing wear-resistant non-woven fabrics. These materials not only have excellent physical properties, such as high strength and high modulus, but also have good chemical stability, which can resist friction and wear during daily wear and washing. In contrast, some low-strength, easily broken fiber materials are not suitable for making sleeve heads nonwoven fabrics with high wear resistance requirements.

Secondly, fiber length is also an important factor affecting the wear resistance of non-woven fabrics. Long fibers can form a tighter and continuous fiber network, thereby improving the strength and wear resistance of non-woven fabrics. In contrast, short fibers are prone to breakage and fall off during friction, resulting in increased wear on the surface of non-woven fabrics. Therefore, when manufacturing sleeve heads nonwoven fabrics with high wear resistance requirements, long fibers are usually selected as raw materials.

In addition to fiber type and length, the arrangement of fibers and the bonding method between fibers also have an important influence on the wear resistance of non-woven fabrics. The arrangement of fibers determines the internal structure of non-woven fabrics, which in turn affects their overall performance. When the fibers are arranged neatly and orderly, the strength and wear resistance of non-woven fabrics are usually higher. The bonding method between fibers determines the interaction force between fibers. Bonding methods such as thermal bonding and needle punching can enhance the connection between fibers and improve the strength and wear resistance of non-woven fabrics. In contrast, some simple mechanical bonding methods, such as direct pressing after combing into a web, may result in insufficient connection between fibers, thus affecting the wear resistance of the non-woven fabric.

The wear resistance of sleeve heads nonwoven fabric is closely related to its fiber type, fiber length, fiber arrangement and fiber bonding method. In the manufacturing process, by rationally selecting fiber materials and optimizing fiber arrangement and bonding methods, the wear resistance of non-woven fabrics can be significantly improved, thereby meeting consumers' demand for the durability of clothing cuffs. At the same time, this also provides non-woven fabric manufacturers with more technical challenges and innovation space, promoting the widespread application of non-woven materials in clothing, home furnishings, medical and other fields.