At present, the mutual infiltration of various processes in the production process of non-woven fabrics has become a clear trend in the direction of mixing and compounding, and cooperation between different industries and sectors is constantly deepening. The cost advantage of using domestically produced non-woven equipment can save an average of over 2/3. At present, the most urgent thing is to benefit from time, and equipment should develop towards high speed, efficiency, high yield, and high quality. Non woven equipment is rapidly developing towards a wide, large, and differentiated direction. At present, non-woven equipment such as needle punching and spunbonding have basically achieved localization, and the overall production cost has been reduced by 20%. However, high-end equipment still relies on imports, including wide carding machines with a width exceeding 3 meters and wide high-frequency needle punching machines. The market position of high heat resistance setting machines has not fundamentally changed, and the differentiation of domestic spunbond equipment is still a shortcoming. In recent years, the new production capacity in China has mainly focused on spunbond hot rolling, polyester hot rolling, polyester needle punching, etc., and the research and development of personalized equipment with certain market demand is still insufficient. The production lines for polyester spunbond carpet base fabric and two-component spunbond hydraulic cracking have not yet made substantial breakthroughs. Although China is already a major country in the field of spunbond production, it still needs to import nearly 10000 tons of carpets and filter fabrics at high prices every year. The differentiation of spunbond equipment remains a long-term effort.

At present, the focus of non-woven equipment sorting equipment is to support recycling and energy conservation. Many companies' products have started to focus on energy conservation. This is a good phenomenon and trend. These devices are mostly suitable for knitted fabrics, woven fabrics, and other applications. There are still differences in the requirements for non-woven fabrics in actual production. For example, the industrialization of a complete set of high-yield and energy-saving water jet non-woven fabric equipment requires that water and energy conservation meet the requirements of energy conservation and environmental protection. The entire production line is flexible and can adjust different process conditions according to different raw materials. The safe and reliable operation of the equipment is an example of differentiated production, which has achieved good results.

Non woven equipment manufacturers, especially those in Europe, still lead the development of non-woven technology. Most of them have core technologies in their respective fields, meeting the needs of new product development in the market through combination processes and composite technologies. Large scale, functional, modular, high-capacity, energy-saving and environmentally friendly are still the key development directions of non-woven equipment production lines. What are the advantages of non-woven equipment in China? The non-woven equipment adopts a double bearing enclosed liner with high precision, which can fully comb the fibers and make the cotton mesh more uniform. This equipment is mainly made of non-woven fabrics, meltblown fabrics, etc., and uses ultrasonic pressure cutting function to produce various shapes and sizes of cotton filter mechanical equipment. The following editor mainly introduces the advantages of the product to you so that you can use it better.

It can achieve full automation,

Only 1-2 operators are needed, greatly saving human resources and reducing production costs;

The production speed can be adjusted within a certain range, the operation is flexible, and it is not easy to make mistakes;

This product adopts touch screen operation, which is accurate and stable.

This device has a residual material recycling function during the production process, which is beneficial for secondary utilization.

This device not only reduces labor intensity, but also improves work efficiency.