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@article{192114,
        author = {Yash Jagtap},
        title = {Cosmetotextiles: The Fusion of Beauty, Wellness, and Fashion through Advanced Functional Textiles},
        journal = {International Journal of Innovative Research in Technology},
        year = {2026},
        volume = {12},
        number = {9},
        pages = {449-453},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=192114},
        abstract = {Cosmetotextiles are an emerging class of functional materials that lie at the intersection of textile science, cosmetic chemistry, and material engineering. In these systems, textile substrates are not merely passive fabrics but act as active delivery platforms for cosmetic ingredients, enabling the gradual transfer of skincare, sensory, or therapeutic benefits to the skin during normal wear. This concept has transformed conventional clothing into a form of “wearable skincare,” offering prolonged efficacy, user convenience, and enhanced consumer engagement.
This conceptual research paper provides a comprehensive overview of the historical development, technological evolution, and current state of cosmetotextiles. The discussion begins with ancient Ayurvastra practices from India, where natural fibers were infused with medicinal herbs and plant extracts for healing and wellness purposes, and progresses through the scientific milestones that led to modern cosmetotextiles, particularly the introduction of microencapsulation and nanotechnology-based delivery systems. These advancements have enabled controlled release, improved stability of active ingredients, and better durability of cosmetic functions during repeated use and laundering.
The paper systematically classifies cosmetotextiles based on their end-use applications, including slimming, moisturizing, perfuming, antimicrobial, and wellness textiles. It further examines the nature of cosmetic actives used, distinguishing between natural ingredients such as essential oils, herbal extracts, and bioactive compounds, and synthetic ingredients such as fragrances, caffeine, phase change materials, and antimicrobial agents. In addition, fabric engineering aspects are discussed in detail, covering knitted, woven, and nonwoven structures and their influence on comfort, skin contact, and active release behavior.
Key production and finishing techniques are critically analyzed, including dope dyeing, direct coating, padding, grafting, cyclodextrin complexation, and microencapsulation via spray drying and related methods. The paper also reviews commercially available cosmetotextile products, highlighting real-world applications and performance claims, while addressing challenges related to efficacy validation, durability, skin safety, and consumer trust. Regulatory considerations, particularly those arising from the overlap between textile and cosmetic legislation, are discussed alongside growing concerns regarding environmental impact, biodegradability, and sustainability of encapsulating materials.
Drawing on insights from the foundational blog content and more than 25 peer-reviewed scholarly sources, this paper concludes by exploring future directions in the field, including smart and responsive textiles, bio-based and biodegradable encapsulation systems, and personalized cosmetotextile solutions. Overall, the findings emphasize the strong potential of cosmetotextiles to redefine both the cosmetics and technical textiles industries by offering multifunctional, wellness-oriented products that align with evolving consumer expectations for comfort, personalization, and sustainable innovation.},
        keywords = {Cosmetotextiles; Wearable skincare; Microencapsulation; Ayurvastra; Functional textiles; Cosmetic actives; Smart textiles; Textile finishing techniques; Controlled release; Sustainable textiles.},
        month = {February},
        }