thumbnail image

苏州鼎智新材料科技有限公司

  • 关于我们
  • 产品介绍
  • 生产工艺
  • 可持续发展
  • 联系我们
  • …  
    • 关于我们
    • 产品介绍
    • 生产工艺
    • 可持续发展
    • 联系我们

    苏州鼎智新材料科技有限公司

    • 关于我们
    • 产品介绍
    • 生产工艺
    • 可持续发展
    • 联系我们
    • …  
      • 关于我们
      • 产品介绍
      • 生产工艺
      • 可持续发展
      • 联系我们
      • “绿水青山就是金山银山”,
        我们始终致力于建设环境友好型企业,专注于技术突破与创新,实现可持续发展

      • 行业动态

        洞察纺织行业的最新趋势与发展。

        可持续发展在纺织行业的重要性是怎样的?

        新材料技术的趋势是什么?

        全球市场对差别化纤维的需求如何?

      • 。

      • 环保案例分享

        我们的创新成果在多个领域得到应用,为自然环保做出卓越贡献

        产品图片
        仿动物皮毛纱线
        产品图片
        响应10/4世界动物日
        产品图片
        再生环保纱线
      • 行业发展前景

        Suzhou Dingzhi New Materials Technology Co., Ltd. is committed to promoting the innovation and application of differentiated chemical fiber technology, always adhering to market demand as the guide, focusing on green environmental protection and sustainable development. We believe that through continuous research and development and technological progress, we can create more competitive products to meet the diverse needs of global customers. Our mission and vision Suzhou Dingzhi New Materials Technology Co., Ltd. focuses on the differentiated chemical fiber field, with research and development, production, and sales as its core business. The company deeply cultivates fiber technology innovation, initially based on special fibers such as polyester and nylon, and gradually builds a diversified product matrix including regenerated environmentally friendly yarns, medical filter mesh yarns, and anti-animal fur yarns, while strengthening the advantages of green products through GRS recycling certification. After adding fabric textile processing business in 2023, it forms an "raw materials - production - processing" integrated service system, while also engaging in wholesale and import-export trade of textiles, textile raw materials, and other related products, with products sold both domestically and internationally, covering multiple fields such as high-end textiles and medical filtration.

        中国的锦纶产量每年都在飞速增长从 2013 年约 200 万吨增长至 2022 年的 410 万吨,十年间产量实现翻倍 。体现行业长期处于扩容周期,背后是下游纺织服装、汽车轻量化、工程塑料等领域的需求支撑,叠加国内产能逐步投放。整体来看,锦纶行业已从高速扩张阶段逐步转向 “规模平稳增长、结构优化升级” 的调整期。

        Our team is composed of a group of experienced professionals who have a deep background in the field of chemical fibers. We focus on teamwork and continuous learning, striving to enhance our technical capabilities in order to remain competitive in a rapidly changing market. Our mission and vision Suzhou Dingzhi New Materials Technology Co., Ltd. focuses on the differentiated chemical fiber field, with research and development, production, and sales as its core business. The company deeply cultivates fiber technology innovation, initially based on special fibers such as polyester and nylon, and gradually builds a diversified product matrix including regenerated environmentally friendly yarns, medical filter mesh yarns, and anti-animal fur yarns, while strengthening the advantages of green products through GRS recycling certification. After adding fabric textile processing business in 2023, it forms an "raw materials - production - processing" integrated service system, while also engaging in wholesale and import-export trade of textiles, textile raw materials, and other related products, with products sold both domestically and internationally, covering multiple fields such as high-end textiles and medical filtration.

        2019-2023 年尼龙 6 表观消费量逐年增长,从 2019 年约 300 万吨升至 2023 年超 400 万吨。2019-2023 年其需求端呈现 “消费量稳步提升、增速随终端节奏波动” 的特点。核心驱动是其下游应用场景(纺织面料、家电 / 汽车工程塑料、包装材料等)的市场扩容

      • 强大的合作网络

        与多家行业先进企业建立了深厚的合作关系

        Section image

        高校合作伙伴

        与国内顶尖高校进行技术合作,共同推动纤维材料研究进展。
        Section image

        行业合作联盟

        加入行业合作联盟,促进技术交流与资源共享。
        Section image

        科研机构

        与多家科研机构开展联合研究,提升创新能力。
      • 对外展示

        我们在各大媒体上的精彩报道与评价。

      Section image

      关于我们

      我们的使命

      正在招聘!

      信息

      帮助文档

      品牌优势

      联系我们

      我们期待收到你的来信!

      321-555-5555

      info@company.com

      ©2025

      Powered By
        主页
        文章
        联系我们
        联系我们
      Cookie的使用
      我们使用cookies来确保流畅的浏览体验。若继续,我们认为你接受使用cookies。
      了解更多