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2025年上半年,我国纺织行业迎难而上,经济运行总体延续平稳发展态势,在复杂外部形势的淬炼中持续巩固和积累发展韧性。展望下半年,纺织行业发展面临的不稳定不确定因素依然较多,保持平稳运行面临诸多挑战。外部环境的复杂性仍将继续扰动行业出口形势,全球贸易紧张局势升级、美国贸易政策不确定性攀升、潜在更高关税水平将削弱全球消费需求改善动能,推动国际纺织服装业采购格局加快调整,我国参与国际供应链合作将面临成本 ...
2025年入汛以来,华东、华北、东北地区遭遇持续强降雨天气,7月24日起的暴雨引发严重洪涝及地质灾害,导致京津冀地区出现重大人员伤亡和财产损失,截至7月31日12时,北京全市因灾死亡44人,失踪失联9人。
Abstract: Henan’s textile and garment industry is a traditional strength, supported by a comprehensive industrial chain. It has been included in the 2023 — 2025 cultivation plan for Seven Advanced ...
Abstract: The article analyzes the development of China’s interlocking carpet tiles industry from 2000 to 2023, highlights several key technological breakthroughs during the industry’s rapid growth, ...
Abstract: Hydrogen energy is a clean energy source with many advantages, such as high energy density, environmental friendliness, and renewability. In recent years, it has developed rapidly, but the ...
Supported by the macro-policy, recovered external demand, and new quality productivity, China’s GDP grew 5.0% year-on-year in the first half of 2024. The chemical fiber industry operation presents a ...
在时尚的浪潮中,锦氨针织物凭借其出色的弹性和耐磨性,成为了瑜伽服、内衣、泳装等领域的宠儿。但你是否知道,这些衣物在生产过程中需要经过复杂的染整工艺,才能呈现出完美的品质?今天,就让我们一同走进传化纺织化学的绿色锦氨针织染整加工系统解决方案,探索其中的奥秘。 一、锦 ...
In 2023, China’s clothing industry is facing a more complex and challenging external environment. Global economic growth has slowed down, and there is a contraction in international market demand, ...
作为一家在世界纺织机械领域具有领导地位的公司,Trützschler(特吕茨施勒)集团携其纺纱板块业务亮相ITMA ASIA+CITME 2024,新品梳棉机TC 26i以及新一代一体化牵伸装置IDF 3的实体装备展示,再次彰显了其在设备智能化、数字化方面的强劲实力。 梳棉机TC 26i是本次展会上特吕茨施勒全新推出的设备 ...
China’s foreign trade of textiles and apparel totaled US$322.4 billion in 2024, up 2.5% year-on-year, according to China Customs data. China’s foreign trade in the textile industry withstood the ...
在全球极端气候频发,夏季高温屡屡突破40℃且持续时长不断增加的当下,人们在户外活动或作业面临严重的高温威胁,从道路值勤人员到建筑工人,从农民到普通行人,极端高温对身体健康的影响不容小觑,因此热防护是保障极端环境下作业人员生命安全与健康的关键技术。 近日,中国科学院苏州 ...
液体传输,也称为定向液体传输(DLT),允许液体在材料系统中无能量控制地单向流动或渗透。这种现象在自然界和生物学中广泛存在,如仙人掌刺、猪笼草、蜘蛛丝等。基于这些自然现象的仿生技术已广泛应用于开发具有DLT特性的人工材料系统。这些具有DLT特性的材料在液体微流体控制、能量转换 ...
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