Scientists from the UK, Italy and China have now been able to incorporate washable, stretchable and breathable electronic circuits into textiles, creating new possibilities for smart textiles and wearable electronics. The electronic circuit is made of inexpensive, safe and environmentally friendly ink and is printed using traditional inkjet printing skills. Researchers from the University of Cambridge, along with partners in Italy and China, showed how to print graphene directly onto fabrics to produce integrated electronic circuits. The fabric is capable of withstanding up to 20 washes in a typical washing machine. The new textile electronics are based on graphene and other low-cost, renewable and scalable printing inks, and have been produced with standardized processing skills. The results of the research are announced in the journal Nature Communications. Based on the preliminary work of the printed electronic graphene formulation, the team planned low-boiling inks that were printed directly onto the polyester fibers. The versatility of this process allows researchers to not only plan a single transistor, but also to plan to combine active and passive components to print integrated electronic circuits. Most of the wearable electronic devices available today rely on rigid electronic components mounted on plastics, rubber or textiles that provide limited skin contact, are susceptible to damage during scrubbing, and are uncomfortable because they are airtight. "Inks for other printed electronics generally require toxic solvents that are not suitable for wearing, and our inks are inexpensive, safe, environmentally friendly, and can be combined to form an electronic circuit by simply printing different materials on the fabric." The senior author of the paper, Dr. Felice Torrisi of the Cambridge Graphene Center, said. “Converting textile fibers into functional electronic components can lay the groundwork for new applications such as healthcare, health and the Internet of Things.†Professor Roman Sordan, one of the co-authors of the paper, said: "Digital textile printing has been published for decades, and it can print simple colorants on textiles, but our results prove for the first time that this skill can also be used. Printing the entire electronic integrated circuit on textiles. Although we are demonstrating a very simple integrated circuit, our process is scalable, and the development of skills in wearable electronic devices is not fundamentally hindered in terms of complexity and functionality. "" The Cambridge Graphene Center and the Politecnico University team also participated in the Graphene Flagship Program, a European-sponsored pan-European project dedicated to applying graphene and GRM skills to the business world. Article source address: http:// Cocktail Napkin,Beverage Napkin,Custom Napkins,Printed Cocktail Napkin BODA ENTERPRISE LIMITED , https://www.bodapaper.com
Scientists have developed techniques for printing electronic circuits onto textiles