Intro E-Textiles Given the increasing presence of smart and connected electronic devices in everyday life, e-textiles are the next logical step to an always-connected society. Our objective is to offer system solutions based on scalable e-textiles with textile character and added value. We are pleased to support you with many years of experience in this field and our extensive partner network.
E-Textiles Block 1-4
schoeller e-textiles wearable electronics
E-textiles comprise electronics and conductive components to make use of the effects of electric currents. They can be applied in fashion, home, and technical textiles. Depending upon the desired functionality and application, e-textiles may be wearable electronics, smart textiles or both. E-textiles always have to be perceived as a system by consisting of several components with application-specific design and setup. In order to achieve a certain functionality, all components must be perfectly geared.
e-textiles
Schoeller sees itself as a system supplier with a strategic focus on e-textiles. With the involvement of an established network of qualified partners, we offer customer-specific, well-orchestrated products. Schoeller Textil AG and Eschler Textils GmbH are among the few textile companies focusing on the production of scalable e-textiles by the running meter.
schoeller e-soft-shell
The schoeller® E-soft-shell heating technology plays a central role in our efforts regarding e-textiles. The centerpiece of that technology is a heatable fabric lining with an integrated network of conductive yarns. As a part of a textile laminate it can be bonded to an arbitrary outer material usually in combination with our corkshellTM technology for additional thermal insulation. With the help of fine-tuned electronics, the result is a high-performance material setting new benchmarks with regard to heatable apparel.
hydro_bot
The textile implementation of the HYDRO_BOT® technology from Osmotex is an important project within our e-textiles developments. Unlike passive membranes which do not adapt to human thermoregulation, the HYDRO_BOT® technology from Osmotex enables active, electronically-controllable water vapor transport.
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