English
русский
中文简体Today, as the textile industry continues to pursue high efficiency, high quality and environmental protection, the high-speed random parallel spunlace production line has become a shining star in the field of non-woven fabric manufacturing with its unique production process and advanced technology application. It is particularly worth mentioning that the random parallel jet technology adopted by this production line has not only revolutionized the process of spunlace reinforcement, but also achieved remarkable results in improving the performance of non-woven products.
Random parallel jet technology, as one of the core technologies of high-speed random parallel spunlace production line, is unique in its precise control and uniform distribution of water jet direction. During the spunlace reinforcement stage, high-pressure water flows through precisely designed spunlace heads and water needle plates, and is sprayed onto the fiber web at extremely high speed and in a random parallel state. The application of this technology ensures that the water flow covers the fiber web without dead corners, while avoiding the problem of excessive concentration or sparseness of water flow in local areas.
The evenly distributed jet water flow, like a fine woven net, tightly interweaves each fiber in the fiber web. This high-intensity impact and shearing action not only promotes the formation of firm entanglements between fibers, but also makes the arrangement of fibers more orderly and uniform. Compared with the traditional spunlace process, the random parallel jet technology significantly improves the mechanical strength of non-woven fabrics, making them more durable. At the same time, due to the looser and more orderly arrangement of fibers, the air permeability and softness of non-woven fabrics have also been significantly improved, bringing users a more comfortable use experience.
Thanks to the application of random parallel jet technology, non-woven products produced by high-speed random parallel spunlace production lines have shown excellent functions and a wide range of uses in many fields.
In the medical and health fields, non-woven fabrics are widely used in the production of medical supplies such as surgical gowns, masks, and bandages due to their excellent air permeability and moisture absorption. These products can not only effectively isolate bacteria and viruses, but also keep the patient's skin dry and comfortable, providing a strong guarantee for the smooth progress of the medical process.
In the field of clothing and home furnishings, spunlace non-woven fabrics have become an ideal material for underwear, bedding, curtains and other products with their soft and skin-friendly characteristics. Its excellent air permeability and moisture absorption make users feel unprecedented comfort and pleasure during wearing and using.
In the fields of environmental protection and industry, spunlace nonwovens also show their unique advantages. As a filter material, adsorption material and the base material of some industrial products, spunlace nonwovens have contributed to environmental protection and industrial development with their excellent physical and chemical properties.
The high-speed random parallel spunlace production line has achieved remarkable results in the field of nonwoven fabric manufacturing with its advanced random parallel jet technology. This technology not only improves the performance and quality of nonwoven products, but also expands its application field, bringing users a more comfortable and convenient use experience. With the continuous advancement of technology and the continuous expansion of the market, the high-speed random parallel spunlace production line will continue to lead the development trend of the nonwoven fabric manufacturing industry in the future.
