Exploration of 3D Polymers on Textile Substrates
Year: 2026
Type: other
Abstract: Direct 3D polymer deposition onto textiles offers a new approach to material innovation in fashion, combining the tactile and drape qualities of textiles with the precision and structural potential of additive manufacturing. While this technique has been explored internationally, its application within Indonesia's fashion and textile industry remains limited. This study used a practice-led, mixed-methods approach, combining material experimentation, a market survey (n=160), and expert interviews (n=5) to investigate the feasibility of direct 3D polymer deposition for high fashion applications. Three polymers (PLA, TPU, nylon) were tested across textile substrates, followed by textile surface design experiments and corset prototyping. Results showed TPU consistently outperformed PLA in adhesion, flexibility, and wearability, particularly on porous or textured fabrics, while PLA remained better suited to rigid, decorative applications. Survey results indicated strong market awareness and interest in 3D printed fashion, while expert interviews identified equipment access, training, and further material testing as the primary adoption barriers. These findings suggest the promising potential for direct 3D polymer deposition in Indonesia’s fashion industry, particularly for limited edition and high fashion applications, if material selection and technical accessibility are further developed.
Institution: Binus University
Language: English
Subfield: Visual Arts and Performing Arts
Field: Arts and Humanities
Domain: Social Sciences
Open Access status: green
OpenAlex ID: W7203589377