The textile and garment industry is a traditional manufacturing industry that started early and developed rapidly in Jinjiang. It now integrates an industrial chain integrating chemical fiber, yarn, weaving and finished products. In recent years, Jinjiang’s textile and garment industry has been continuously upgrading to high-end, intelligent and green industries. Facing the requirements of the new era, how to transform more and better scientific and technological achievements into practice and lead the high-quality development of the textile and apparel industry with scientific and technological innovation has become a topic of greatest concern to the industry.
High technology in fabrics
“The shirt can be machine washed easily, shake it out after washing and it will be as smooth as new…” “It can rebound quickly even after sitting for a long time, and its wrinkle resistance is better than Common fabrics are 4 times stronger. Easy to care for and easy to wear!” Recently, Lilang and Jiumuwang have launched new functional products, making shirts and trousers easier to care for and more comfortable through continuous innovation in fabrics and tailoring.
In the context of a new round of industrial transformation and consumption upgrading, technological innovation has become a high-frequency word in the development planning of clothing companies. More and more clothing brands are researching and exploring functional fabrics to make fabrics “technical”. In fact, this is also the direction of the textile industry.
“Technological innovation in the textile industry focuses on high-quality development, fully demonstrating the trend of the textile industry transforming to high-end, intelligent, and green. New fields and new tracks are constantly being opened up, and the integration of the industrial chain and the innovation chain is more Close.” said Ma Yongmei, deputy general manager of General Technology High-tech Materials Group Co., Ltd., party secretary and general manager of General Technology China Textile Science Research Institute Co., Ltd.
Zhu Meifang, academician of the Chinese Academy of Sciences and dean of the School of Materials Science and Engineering of Donghua University, said that the textile industry has the ability and potential to further transform demographic advantages into development advantages and market advantages, and textile technology must also make up for it. . The textile industry is an important promoter of global sustainable governance. The industry should actively apply green technology, promote green consumption, improve green standards, and continue to promote the green transformation of the entire industry chain upstream and downstream.
Fengzhu Textile recently signed a contract with Haixi Textile New Materials Industrial Technology Jinjiang Research Institute and China Textile Research Institute (Tianjin) Technology Development Co., Ltd. on the preparation and production of bio-based polylactic acid PLA/polyester PTT composite elastic fibers. Cooperation agreement on the development and application of key fabric technologies.
Yan Puren, deputy manager of Fengzhu Marketing Center, told reporters that the cooperation with Haixi Institute aims to enhance the company’s competitiveness and better explore the market. “Polylactic acid is a bio-based material. It is an environmentally friendly and degradable fabric that can be 100% degraded within 4 years. It has a very broad market prospect and can add value and efficiency to enterprises.”
“This The material mainly comes from nature and is formed through fermentation and processing. It has the characteristics of green environmental protection, light radiation, and also has very good moisture absorption capacity. It is very suitable to apply it to textile products, especially sports products and casual men’s clothing. The development of Jinjiang’s textile industry.” Wang Zhongbao, a senior engineer at Jinjiang Research Institute of Haixi Textile New Materials Industrial Technology, told reporters that the project cooperation between the two parties is a win-win model of cooperation between R&D units and production enterprises, and it is hoped that this will bring added value to the enterprise. It is effective and can promote the technological upgrading of the textile industry.
More than just warmth and beautification
In terms of the functionality of fabrics, textile companies are working in different directions.
With the continuous improvement of people’s living standards and the environment, people have put forward higher requirements for the performance of flame-retardant textiles. Promoting the progress of flame retardant technology will not only form a strong protection for the people, but also form a new economic growth point.
“Traditional textiles are only used to keep warm, cover ugliness and beautify, and what we do is to make textiles have more functionalities, such as health functionality.” Zhang, General Manager of Lianyungang Duzhong Xinaoshen Spandex Co., Ltd. Bin told reporters that deodorizing, antibacterial, rebound and other products have been the direction in which companies have focused their efforts in recent years.
Among them, Aoshen deodorizing spandex is favored by the market. According to reports, Aoshen deodorizing spandex adds a deodorizing functional body to the spandex polymer to increase the deodorizing performance of the fiber while maintaining the excellent properties of spandex. Fiber reduces and eliminates odors in fabrics or the environment through physical and chemical adsorption of odor components, thereby purifying the living environment and keeping clothing odor-free and comfortable to wear. “Our products are washable. Even after being washed 50 times, the deodorizing performance retention rate of spandex is still over 90%,” Zhang Bin said.
In addition to deodorizing spandex, GRS environmentally friendly recycled spandex is also the company’s flagship product. It is reported that the recycled material ratio of GRS environmentally friendly recycled spandex is 100%. For products with other recycled material ratios (ranging from 20% to 100%), customized production can be achieved.
Cui Huashuai, a professor-level senior engineer at the Innovation Center of China Textile Research Institute, introduced that a complete set of industrialization technology for the preparation of high-strength and controllable PGA/PGLA fiber has been developed through homogenized melt preparation and degradation performance control. The overall technology has reached international standards. advanced level. The project has achieved breakthroughs in engineering technology for absorbable sutures for surgical operations, artificial dermal substitute support nets for skin defects, absorbable tissue reinforcement materials to stop bleeding and prevent tissue leakage, and cardiac occluders for left atrial appendage diseases, among other products. The development of application technology has opened up new application areas for absorbable fibers.
“The continued research and development of medical device products has opened up new application areas for absorbable fibers, which is of great significance to the upgrading of my country’s medical products and ensuring the safe development of the medical industry.” Cui Huashuai said, Polyethylene Lactide is the simplest aliphatic polyester in structure.��, which has the advantages of excellent biodegradability, good biocompatibility, excellent gas barrier properties, high mechanical strength, and good chemical stability. “It can be degraded into carbon dioxide and water, and is an environmentally friendly polymer material with great development prospects.”
“Absorbable suture production has a long industrial chain and is interdisciplinary. Currently, there is a lack of core technology in China, and the main The production model is still to import assembly lines from abroad and only assemble them.” Cui Huashuai said that judging from the current domestic market share of products, the domestic rate is less than one-third.
Cross-border technology application
Due to the increasing depletion of petroleum resources and the influence of factors such as advocating nature, health and environmental awareness, people’s attention has gradually turned to regenerated fibers. As a type of regenerated fiber, products woven from Lyocell fiber can be completely decomposed in the soil, and the amine oxide solvent used in production is non-toxic, pollution-free and recyclable. The entire fiber production process is environmentally friendly and the solvent is recycled. The efficiency can reach more than 99%. Therefore, lyocell fiber is also called “21st century green fiber”.
“In the development of green fiber Lyocell/polyimide fiber blended yarn, we have designed Lyocell/polyimide blends with different polyimide addition amounts in 30s, 32s, and 40s. Exploration and development of spinning. Through the optimization of the spinning process, polyimide has many excellent properties such as antibacterial and far-infrared when the addition amount is 7%. Combined with the soft, skin-friendly and comfortable characteristics of lyocell fiber, it is suitable for close-fitting textiles The development and application of products have broad market prospects.” said Fang Di, director of the Product Development Department of Zhongyuan Branch of Xinxiang City (China Academy of Textile Sciences).
“We are wondering whether we can give the product more functionality based on green fiber.” Fang Di said that although the development prospects of polyimide are good, due to the price of raw materials and the spinnability Due to factors such as insufficient sexual research, the product has not yet been promoted.
In terms of antibacterial function, Fang Di believes that the antibacterial properties of textiles can be divided into two categories, namely intrinsic antibacterial and post-processing antibacterial. Among them, natural antibacterial fibers have certain antibacterial properties, but the antibacterial properties of different materials vary greatly. In addition, there are some problems such as poor elasticity and poor comfort after being made into textiles, which still cannot satisfy consumers’ requirements for functionality and comfort. The dual demands of sex.
“In addition to natural antibacterial fibers, we can give textiles antibacterial properties by adding antibacterial agents and then finishing them.” Fang Di said that the ingredients of natural plant-based antibacterial agents are relatively complex, and natural animal-based antibacterial agents The cost of antibacterial agents is relatively expensive, and organically synthesized antibacterial agents have a certain degree of toxicity, and inorganic antibacterial agents have some safety hazards. “In comparison, graphene materials have development potential.”
National Wang Yuping, director of the Advanced Functional Fiber Innovation Center, pointed out that the research and development of green, differentiated, multi-functional and intelligent high-quality flame-retardant fibers and products will help my country’s industrial development pattern and industrial boundary adjustment and the cross-integration of multi-disciplines and multi-technologies, and will be instrumental in promoting my country’s high-tech industry. The research and development and application of technical flame-retardant materials are of strategic significance. With the continuous increase of human safety awareness and the continuous improvement of flame retardant regulations, the development of flame retardant textiles will continue to increase, especially intrinsic flame retardant fibers will become a new hot spot in the market. Long-lasting environmentally friendly high-quality flame-retardant fibers, functional composite flame-retardant fibers, green and environmentally friendly flame-retardant fibers, comfortable flame-retardant fibers, high-tech flame-retardant fibers, etc. will become the main sources of flame-retardant modified polymer fibers. research direction.
Pan Shenhong, founder of TEA. Textile Intelligence and postgraduate tutor of Donghua University School of Fashion, believes that the future development of enterprises can take four paths. The first is to be faster, faster and more economical, and good goods are not expensive; the second is to Use better materials to empower consumers; the third is sustainability, especially now that European and American orders have high sustainability requirements; the fourth is differentiated design. “For brands to continue to develop, they have higher requirements for materials, which require the accuracy to grasp the market, differentiation from other brands, and sufficient cost-effectiveness.”
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