China is a large-scale textile industry, since the economic reform and opening-up, with the strengthening of a market mechanism, and consistently close interface with the international weaving machine manufacturing industry, new textiles that produced by technological weaving machines in China will be divided into 3 stages of development. The first stage is to create basic products with simple structures, the second is to produce more diversified products by weaving machines, and the third is to develop high-tech and high-value-added weaving machines.
A research result of the Chinese Academy of Engineering pointed out that it is necessary to lead China's textile industry from labor-intensive and resource-consuming to technology-intensive, resource-saving, and environment-friendly, and to achieve a "value-oriented" strategic transformation, from quantity to quality. Some advanced textile processing technology can accelerate the pace of transformation and upgrading of China's textile industry. However, from the current point of view, the promotion of China's advanced technology in the whole textile industry is still insufficient, with a still relatively small coverage.
Currently, processing technology is developing towards high efficiency and low consumption, from the perspective of the development of the world trend, the traditional cotton, wool, linen, and silk spinning processes are blended, and the equipment, technology, and process flow are gradually integrated.
The fiber accumulation in the spinning field is developing towards diversification, the fabric structure in the weaving field is developing towards multi-dimensionality, and the material web reinforcement in the non-woven field is developing towards composites.
The overall textile processing technology is developing into a state of efficiency, low consumption, and green. Additionally, traditional spinning technology has made significant progress by developing rotating ring traveler systems, single-spindle drive devices, large draft systems, double-yarn spinning, and combined systems. Compact spinning technology, Sirospun, Sirofil and cable spinning (Solospun), and other technologies have been rapidly popularized and applied, especially the compact spinning technology developed based on traditional ring spinning, which has gained international popularity and has entered the mature application period. Also, air-jet vortex spinning and friction spinning, as well as filament and short fiber composite spinning technology are constantly improving now.
Weaving machine gradually applies new control technology, drives based on electronic technology, greatly reduces mechanical parts, adopts multi-motor transmission and frequency conversion speed regulation, and realizes online detection of various process parameters and flexible textile processing and production.
Being a specialized and leading brand of textile machinery under STRENGTH Group, SUNTECH has gained extensive experience in manufacturing textile machinery. With the electrical development direction of the weaving machines and the material handling equipment, SUNTECH also innovated the STelego Series and the Automatic Fabric Roll Packing Line to achieve the textile industry's eco-friendly and high efficiency. Nowadays, SUNTECH offers a new possibility for modern textile mills globally, a highly automated, and sustainable solution.
The knitting machine is further improved its size and can process special fabrics such as ultra-dense and ultra-thin underwear fabrics. The loose knitting technology of tongueless knitting needles optimizes the knitting process and improves efficiency. Seamless-forming underwear circular knitting machine technology gave birth to seamless fully formed underwear. With the breakthrough of weft-knitting axial fabric and its weaving equipment technology, the various web-forming methods and consolidation methods of non-woven fabrics intersect and penetrate each other, making textile products more and more widely used.
The function and quality of textiles and the efficiency and level of textile processing have been improved. Compact spinning system and key technology, high-efficiency short-process embedded double-check spinning technology, the key technology of ultra-high-count pure cotton fabric processing, composite weaving processing technology, high-gauge precision weft knitting technology, computer-controlled knitting technology, forming knitting technology, Warp knitting technology for industrial knitwear, as well as research and development, industrial application and popularization of large-scale differential spunmelt, spun-bond, and electrospinning nonwoven technologies.
Coupled with the wide application of continuous, automated, and high-speed new textile equipment, the yarn count, quality, and variety of textile products have made a qualitative leap. The textile processing process presents energy saving, automation, and environmental protection. The textile application field continues to expand. and other trends.