Nazmul Karim, a researcher at the University of Manchester, who is one of the researchers at the invention, said that flexible textile cells have created the birth of smart fabrics, making wearable computers a reality. Researchers say the flexible battery device can power the wearable device, which will enable the wearable product screen to be used directly in the clothing fabric for better health monitoring and wearable display devices. According to the researchers, flexible textile cells are made of low-cost graphene materials, and external screen printing technology is used. The electrodes are very stable due to the strong interaction between ink and textiles, and have good operational safety. Sexual and long cycle life, the battery itself also supports fast charging, and the flexible material allows for water washing. Researchers hope their findings will open the door to wearable smartphones and smart cloth, and they are currently working on a paper on the study. The University of Manchester is currently investing £60 million in the construction of a large graphene plant, which will be completed next year and will provide international research facilities for the International Graphene Institute (NGI).
We provide many kinds of Polymeric Diaphragm to meet the different needs of different customers, they are widely used in Hi-Fi speakers,professional audio,horn speakers,car speakers and other high-end products.
We are experienced in manufacturing and have strong capability.
Our products are popular in many countries and areas.
We have professional acoustical testing systems and instruments.
We promise to offer you highest quality and best service! Polymeric Diaphragm,Voice Coil Diaphragm,Diaphragm Voice Coil For Horn Driver,Voice Coil Phenolic Diaphragm Taixing Minsheng Electronic Co.,Ltd. , https://www.ms-speakers.com
Flexible battery printed on clothes
One of the technical barriers to wearable products is the elimination of material and size limitations of the product. In view of current battery technology, wearable products still have no way to get out of the shape of the battery for a more flexible shape design. However, according to recent media reports, US researchers have developed a flexible flexible textile battery that not only can normally supply power to wearable devices , but also be as flexible as ordinary cotton.