Active Materials & Manufacturing Arts, Culture & Design

Materials for sustainable soft technologies of interconnected e-textiles

Summary

Original abstract (not yet simplified)

Imagine a world where your smart clothing charges as easily as your phone, transfers data seamlessly, and connects to any device without fuss. Right now, e-textiles—the future of wearable technology—are held back not by innovation, but by a lack of standardization in connectivity. Just as the USB revolution enabled the explosive growth of consumer electronics and reuse of devices by...

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Imagine a world where your smart clothing charges as easily as your phone, transfers data seamlessly, and connects to any device without fuss. Right now, e-textiles—the future of wearable technology—are held back not by innovation, but by a lack of standardization in connectivity. Just as the USB revolution enabled the explosive growth of consumer electronics and reuse of devices by providing a universal interface, a unified textile connector (T-USB) could be the tipping point that moves e-textiles from niche prototypes to everyday products. Without it, manufacturers face fragmentation, consumers face incompatibility, and the industry stalls before it even reaches mainstream adoption.SoftIE provides a ubiquitous connector solution to e-textiles via our T-USB Standard concept using novel soft and flexible materials and adhesives that allow interchangeable interposer layers tailored to specific textile/e-textile substrates. Novel printed copper interconnects, encapsulation materials and adhesives designed for sustainability mean that the system can be removed and recycled or re-used at end of life and help tackle the unanswered question of where do all these e-textiles go?

Related Research

Grants with similar aims, by meaning.

Transformational e-textiles: Materials and processes for stretchable, durable and sustainable wearable electronics
Sustainable Textile Electronics
Sustainable heterogenoUs e-textileS for impercepTible humAn INterfaces (SUSTAIN)
All-organic devices in textiles for wearable electronics
SWIFT: Smart Wearable Intelligent Fibre-based Technology

Original classification

HORIZON

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