SUSTAINABLE MATERIALS AND THEIR APPLICATIONS IN MODERN FASHION DESIGN
Keywords:
sustainable fashion, sustainable materials, circular fashion, recycled fibres, biomaterials, bacterial cellulose, mycelium leather, textile recycling, eco-design, fashion design.Abstract
The fashion industry is one of the world's largest creative and manufacturing sectors, but its conventional production systems create significant environmental challenges through intensive resource consumption, chemical use, greenhouse-gas emissions, textile waste, and dependence on fossil-based synthetic fibres. In response to these challenges, sustainable materials have become increasingly important in contemporary fashion design. Sustainable materials include recycled fibres, organic and responsibly produced natural fibres, regenerated cellulose, agricultural-waste fibres, bio-based polymers, bacterial cellulose, mycelium-based materials, and other innovative biomaterials. This research examines the development, characteristics, applications, benefits, and limitations of sustainable materials in modern fashion design. The study adopts a qualitative secondary-research design based on academic literature, industry reports, and sustainability publications published primarily between 2023 and 2025.Recent evidence demonstrates that the global demand for fibres continues to increase. Textile Exchange reported that global fibre production reached approximately 124 million tonnes in 2023 and approximately 132 million tonnes in 2024, demonstrating the continuing scale of material consumption in fashion and textiles. Polyester remains the dominant fibre, while textile-to-textile recycling remains a very small proportion of global fibre production. The research therefore argues that simply replacing one material with another is insufficient. Sustainable fashion design requires a broader systems approach that considers material sourcing, manufacturing, durability, product use, repair, reuse, recycling, and end-of-life management.The literature indicates that recycled materials can reduce dependence on virgin resources, while natural and regenerated fibres can offer renewable alternatives when responsibly sourced and processed. Emerging materials such as mycelium leather and bacterial cellulose demonstrate substantial potential for replacing petroleum-based and animal-derived materials in selected applications. However, their wider adoption is constrained by cost, scalability, performance, durability, standardisation, consumer acceptance, and incomplete life-cycle evidence. The study concludes that sustainable materials can contribute substantially to modern fashion design when combined with circular design principles, responsible production, durable construction, transparent supply chains, and appropriate end-of-life strategies.
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