The next ten years hold tremendous potential for technical textiles to make a difference in various industries and sectors. From revolutionizing healthcare and enhancing personal safety to driving sustainability and transforming transportation, these advanced textiles are at the forefront of innovation. As research and development continue to push boundaries, we can expect to see groundbreaking applications that improve our lives and address global challenges.

What are Electrically Conductive Yarns? Electrically conductive yarns are threads that possess the unique ability to conduct electricity. These yarns are typically made by incorporating conductive materials, such as metal fibers or conductive polymers, into traditional textile fibers. The result is a yarn that can transmit electrical signals and power, enabling a wide range of functionalities in textile applications.

The challenge of longevity as with any electronic device, e-textiles face the challenge of limited lifespan. With technological advancements happening at a rapid pace, e-textiles can quickly become outdated, leaving users with a product that no longer meets their needs. Additionally, the integration of electronic components into textiles poses challenges when it comes to maintenance and repair. These factors contribute to the growing issue of electronic waste and the strain it places on our environment.

We are often asked how we evolved into creating integrated wearable devices. This evolution is easily understood when you consider our depth of knowledge of the human body, fit, and biomechanics coupled with the decades of product knowledge of complex garments we have created. Stepping into the integration of technology such as displays, sensors, and processors into clothing to create smart garments that further enhance consumer's lives was a natural stepping stone.