面辅料纱线Noodle accessories yarn

   2021-05-13 2527
展会日期 2021-09-17 至 2021-09-19   状态
展出城市 河北
展出地址 石家庄国际会展中心
展馆名称 石家庄国际会展中心
主办单位 河北省皮革行业协会
承办单位 中博国际展览(北京)有限公司
展会说明
          现今,创新驱动的科技产业、文化引领的时尚产业、责任导向的绿色产业,逐渐成为纺织服装产业的新标签。在新的时代背景下,纺织产业能否借助新技术的力量,完成华丽的功能化转型?我们或许可以从以下研发成果中一探究竟。EPFL开发出新型弹性纤维或改变智能服装瑞士洛桑联邦理工学院(EPFL)开发了一种由弹性体制成的微型纤维,该纤维可以检测到最轻微的压力和应变,在恢复初始形状前可以承受接近5倍的变形,这些特点都足以保证其完美地应用于智能服装、假肢,以及机器人的人工神经。
        当该纤维被作为人造神经整合到了机器人的手指中,机器人的手指接触到物体时,纤维中的电极就会传递有关机器人与周围环境的触觉互动的信息。此外,此项技术也可以开发直接集成到服装中的触摸键盘。LED和传感器被直接织入纺织纤维或可实现健康监测美国麻省理工学院团队将发光二极管(LED)和传感器直接织入了纺织级聚合物纤维中,该工艺可用于光通讯和健康监测的新型可穿戴技术。研究团队将这些二极管纤维放进标准的家用洗衣机中测试了它们的耐用性。研究表明,可以在包含光探测和发光纤维的两种纺织品之间建立起双向光通讯链接。不仅如此,这种智能纺织品也可用于测量穿戴者的心率。  特拉华大学新型纳米传感器催生可穿戴的智能纺织品未来的“智能服装”可能会使用具有传感技术的织物,传感器可以制作在鞋子的鞋底或衣服上,随时检测人体运动状态。特拉华大学研究小组利用聚乙烯亚胺功能化碳纳米管的电泳沉积技术(EPD),在纤维上制备了神经状导电纳米复合涂层。该涂层具有良好的柔韧性和触摸感,厚度只有250-750纳米,并且只会给传统的鞋或衣服增加大约1克的重量,目前并已在Kevlar、羊毛、尼龙、氨纶和聚酯等多种天然和合成纤维上进行了测试。这项技术在运动医学、手术后恢复以及评估儿童运动障碍等方面有很大的应用前景。

绿色环保材料的设计、高记忆性产品的研发以及产品的批量化生产,是目前形状记忆纺织品的主要发展方向。相关企业或研究单位:日本三菱重工、天津工业大学、香港理工大学等。智能变色纺织材料智能变色纺织材料是一种具有高附加值和高效益的智能产品,在纺织、军事、娱乐、防伪等领域具有良好的发展前景。相关企业或研究单位:美国国家航空航天局、日本Kanebo公司、石狮森科智能科技有限公司、深圳智裳科技有限公司等。电子信息智能纺织材料。
【参展范围】
◆休闲装面料:棉、麻、针织、化纤;
◆时尚女装面料:棉、丝、毛、针织、化纤、印花、绣花/蕾丝;
◆内衣、泳装面料:针织、绣花/蕾丝;
◆功能/运动装面料:功能性面料、工作防护服面料;
◆正装面料:毛、仿毛;◆牛仔面料、衬衫面料;
◆服装:男装、女装、童装等;
◆辅料:拉链、纽扣、线、带、蕾丝、标牌、垫肩、罩杯、衣架等;
◆家纺面料:装饰布艺、窗帘布艺、沙发布艺、床品面料等;
◆纱线:纤维、针织纱、机织纱、毛纱、花式纱等;
◆其他:纺织品设计、检测、媒体、出版物。 

  组委会报名处:中博国际展览(北京)有限公司

  联系人:王浩13311472034(24小时优先)

  E-mail:1395590814 qq.com(兼微信)


联系方式
联系人:王浩
地址:北京市朝阳区东坝乡东晓景产业园205号1518
手机:
电话:
邮件:
QQ:
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展会备注
Nowadays, innovation driven technology industry, culture led fashion industry and responsibility oriented green industry have gradually become the new labels of textile and garment industry. In the context of the new era, can the textile industry complete the gorgeous functional transformation with the help of new technology? We may find out from the following R & D achievements. EPFL has developed a new type of elastic fiber or changed smart clothing. EPFL has developed a kind of micro fiber made of elastic system. The fiber can detect the slightest pressure and strain, and can withstand nearly five times of deformation before restoring its original shape. These characteristics are enough to ensure its perfect application in smart clothing and prosthesis, And the artificial nerves of robots.
When the fiber is integrated into the robot's fingers as an artificial nerve, when the robot's fingers touch the object, the electrodes in the fiber will transmit information about the tactile interaction between the robot and the surrounding environment. In addition, this technology can also be developed directly integrated into the clothing touch keyboard. LED and sensor are directly woven into textile fiber or health monitoring. MIT team weaves led and sensor directly into textile grade polymer fiber, which can be used as a new wearable technology for optical communication and health monitoring. The team tested the durability of these diode fibers in standard household washing machines. Research shows that two-way optical communication links can be established between two kinds of textiles including light detection and luminescent fibers. Not only that, the smart textile can also be used to measure the wearer's heart rate. The new nano sensor of University of Delaware promotes the wearable smart textiles. The future "smart clothing" may use fabrics with sensing technology, sensors can be made on shoes soles or clothes, and the state of motion of human body can be detected at any time. The University of Delaware team used the electrophoretic deposition technology (EPD) of polyethyleneimine functionalized carbon nanotubes to prepare nerve like conductive nanocomposite coating on the fibers. The coating has good flexibility and touch feeling. Its thickness is only 250-750 nm, and it only adds about 1 gram to traditional shoes or clothes. It has been tested on Kevlar, wool, nylon, spandex, polyester and other natural and synthetic fibers. This technique has great application prospects in sports medicine, postoperative recovery and evaluation of children's movement disorders.
The design of green environmental protection materials, the research and development of high memory products and the mass production of products are the main development direction of shape memory textiles. Related enterprises or research institutions: Mitsubishi Heavy Industries, Tianjin University of technology, Hong Kong Polytechnic University, etc. Intelligent color changing textile material intelligent color changing textile material is a kind of intelligent product with high added value and high benefit, which has a good development prospect in textile, military, entertainment, anti-counterfeiting and other fields. Relevant enterprises or research institutions: NASA, Kanebo, Shishi Senke, Shenzhen Zhishang, etc. Electronic information intelligent textile materials.
[exhibition scope]
Fabric for casual wear: cotton, hemp, knitting and chemical fiber;
Fashion women's fabrics: cotton, silk, wool, knitting, chemical fiber, printing, embroidery / lace;
Materials for underwear and Swimsuit: knitting, embroidery / lace;
Functional / sportswear fabrics: functional fabrics, work protective clothing fabrics;
Formal fabric: wool, imitation wool; Jeans and shirt fabrics;
Clothing: Men's clothing, women's clothing, children's clothing, etc;
Accessories: zipper, button, thread, belt, lace, sign, shoulder pad, cup, hanger, etc;
Home textile fabric: decorative fabric, curtain fabric, sofa fabric, bed fabric, etc;
Yarn: fiber, knitting yarn, woven yarn, wool yarn, fancy yarn, etc;
Other: textile design, testing, media, publications.
Registration office of organizing committee: Zhongbo International Exhibition (Beijing) Co., Ltd
Contact person: Wang Hao 13311472034 (24-hour priority)
E-mail: 1395590814 qq.com (also wechat)
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