东华大学学报(社会科学版)

冰染工艺作为一种绿色染色技术，为服装设计向可持续方向转型提供了支持。本文通过实验研究，深入探讨了冰染工艺在不同面料(天然纤维与化学纤维)、温度、染料克重及媒染剂作用下的艺术表现力，并创新性地提出了冰染与传统蜡染、扎染等工艺的结合方法，以及二次面料改造的新思路。研究发现，冰染在天然纤维面料上能够呈现丰富的色彩层次与细腻纹理，而在化学纤维面料上则形成鲜明对比，显著提升了服装设计的视觉表现力。实验结果表明，温度、染料克重和媒染剂对冰染效果具有显著影响，为设计提供了更多可能性。这些方法不仅增强了服装的艺术价值，还提升了加工过程的环保属性，为服装行业的绿色转型提供了可持续发展的新路径。尽管冰染在染色均匀性、色彩稳定性和量产化方面仍面临一定挑战，但其在服装设计中已展现出巨大创新应用的潜力，有望成为引领未来可持续时尚潮流的关键技术。

As an eco-friendly dyeing technique,ice dyeing is driving the transformation of fashion design toward sustainability. This study conducts experimental research to thoroughly investigate the artistic expressiveness of ice dyeing under varying conditions,including different fabric types( natural and synthetic fibers),temperatures,dye concentrations,and mordant applications. It also innovatively proposes methods for integrating ice dyeing with traditional techniques such as batik and tie-dye,as well as novel approaches for secondary fabric reconstruction. The findings reveal that ice dyeing produces rich color gradations and delicate textures on natural fibers,while creating striking contrasts on synthetic fibers,thereby significantly enhancing the visual impact of fashion design.Experimental results indicate that temperature,dye concentration,and mordants exert considerable influence on ice dyeing effects,offering expanded possibilities for design. These approaches not only augment the artistic value of garments but also improve their environmental credentials,providing a sustainable pathway for the green transformation of the fashion industry. Although challenges remain in achieving uniform dyeing,color fastness,and scalability for mass production,the innovative application of ice dyeing in fashion design demonstrates substantial potential and is poised to become a key technology shaping the future of sustainable fashion.