Explore the structural mysteries of embossed spunlace non-woven fabrics and traditional textile fabrics

In the world of textiles, different production processes and materials give them their own unique charm and performance. Although embossed spunlace non-woven fabrics and traditional textile fabrics are both textiles used to meet people's daily life and work needs, they have significant differences in structure formation.

First, let’s focus on embossed spunlace nonwovens. This advanced textile uses high-pressure micro-water jet technology to tightly bond one or more layers of fiber webs together. In this process, high-pressure water flows like fine needle threads, entangling the fibers in the fiber layer with each other to form a stable and complete structure. What is unique about this technology is that it does not damage the original properties of the fiber and retains its softness and comfort. At the same time, by adjusting the pressure and spray mode of the water flow, non-woven fabrics with different embossing patterns and thicknesses can be produced to meet different application needs.

In contrast, the formation of traditional textile cloth relies on the interweaving or weaving of yarns or filaments. These yarns or filaments are interwoven into regular geometric structures by weaving machines or by hand. The formation of this structure requires precise process control and strict quality inspection to ensure the flatness and durability of the textile. Traditional textile cloths usually have regularity and consistency in appearance and feel, giving people a neat and orderly feeling.

So, what are the structural advantages and disadvantages of embossed spunlace non-woven fabrics and traditional textile fabrics? First, the structure formation process of embossed spunlace nonwovens is more environmentally friendly and efficient. The production process of embossed spunlace nonwovens is more in line with the requirements of sustainable development because it does not require the use of large amounts of yarn or filament, and reduces dependence on chemical additives and dyes. In addition, because the fibers are directly entangled by high-pressure water flow, embossed spunlace non-woven fabrics also perform well in terms of softness, moisture absorption and breathability.

However, traditional textile fabrics also have their own unique features in terms of structure and performance. Traditional woven fabrics often outperform embossed spunlace nonwovens in terms of flatness and durability due to the way the yarns or filaments are interwoven or woven. In addition, traditional textile fabrics can also achieve a variety of different appearance and feel effects through different weaving processes and yarn materials to meet the needs of different consumers.

Embossed spunlace non-woven fabrics and traditional textile fabrics have their own characteristics in structure formation. Embossed spunlace non-woven fabrics use high-pressure micro-water jet technology to entangle fibers with each other to form a stable and complete structure; while traditional textile fabrics form regular geometric structures through the interweaving or weaving of yarns or filaments. The two textiles have their own advantages and disadvantages in terms of environmental protection, softness, hygroscopicity, breathability, appearance and feel. Consumers can choose according to their own needs and preferences.