Five popular international textile trends
1. Computerized process applications
Modern information control technologies based on electronic computers have penetrated into all areas of textile and apparel. The global textile industry generally adopts electronic and computer program control. From the information of the market to the design of products, the design of color and fabric structure, to the production fields and management fields such as spinning, weaving, dyeing and finishing, etc. can all find electronic computers. . With the help of computer industry monitoring and production support tools, small-batch, multi-species market demands can be achieved, product competitiveness can be enhanced, and maximum economic efficiency can be achieved. According to reports, 70% of European garment companies use CAD (Computer Aided Design) systems, and Japanese textile companies' CAD system coverage reaches 80%.
2. Mechanical and electrical integration of textile machinery
Experts summarized the development trend of textile machinery technology: high-speed, high-yield, high-quality and high-efficiency are still the goals pursued by the development of textile machinery; efforts are made to expand the technological performance of the machinery to adapt to the changing needs of the market for textiles; the scope of application of electronic technology is continuously expanding, and the level is constantly increasing. Improvement, energy saving and environmental protection have received more extensive attention.
Currently, electromechanical integration has become a trend in the development of international textile machinery. According to reports, almost all foreign jacquard machines and large round machines have been equipped with electronic jacquard devices, and the use of stenciled CAD systems to prototype chucks has changed the original mechanical methods.
3. Composite textile technology
The composite of textile technology is mainly reflected in: first, the compounding technology and processing technology of chemical fiber; second, natural fiber intermingling and intermingling, and natural fiber and various chemical fiber blending and intermingling products and processing technology; Fabric composite technology, including structural composites, adhesive composites, coatings, etc. Various natural fibers and chemical fibers have their own advantages and disadvantages. Through the composite technology of various fibers, the excellent characteristics of various fibers can be fully utilized to improve the properties of the fabric. At present, textile and apparel fabrics often see more than three types of fiber blended and intertwined, and some even reach five or six types of fiber blended intertwined, this type of fabric in the market is worth a lot of money.
4. Finishing technology after printing and dyeing
Due to the extensive use of electronic computers for product design and the use of computer-based color matching and computer-based color separation, the quality of finishing after printing and dyeing has been greatly improved.
At present, the international textile industry has developed rapidly in terms of ecological dyeing and finishing technologies. The dyeing and dyeing materials are characterized by short flow and no pollution. Printing and dyeing has been widely used in water-free processing technology, plateless printing technology, and low-temperature plasma processing technologies. The compound system and advanced printing and dyeing technology process make the printing and dyeing finishing process flow shorter, the production efficiency is higher, and the product performance is better.
5. High-tech textile products
Since the 1980s, the proportion of high-tech textiles in the entire textile market has continued to grow. According to statistics, the market share of high-tech textiles in developed countries has more than doubled in the past five years. In the European textile market, the market share of high-tech textiles has reached more than 40%.
At present, high-tech textiles mainly include high-performance chemical fibers, high-tech industrial textiles, special medical and health care textiles. These high-tech textiles are widely used in national defense, aerospace, water conservancy, automobile manufacturing, medical care, and agriculture. At the same time, the field put forward higher requirements for textile technology.