In accordance with the current direction of development of all things intelligent, wearable devices will become more and more popular, there are already many researchers have begun to wonder how to add some intelligence on the clothes and even the body, but this idea there is a Difficulties are not resolved - the shackles of the circuit. In addition, some medical needs, implanted in the body need to supply some of the equipment, the wire is also a problem. Recently, a research team led by Prof Bao Zhenen, a Chinese professor at Stanford University in the United States, reported in a new issue of Science in Progress that they have developed a highly conductive and stretchable polymer material for stretchable Plastic electrode. This flexible electrode can also be used as a wearable electronic device. In other words, if successful, we will not be stifled by rigid circuits with "smart" clothes or power supplies in the body. Flexible electrodes are electronic devices that make electronic devices on flexible or ductile plastic or thin metal substrates. The existing electronic devices, including electrodes and materials, are hard and put on the wearable device, but if we put them Application In the measurement of central nervous system current, cardiac current, implanted in the brain or heart may damage nerve or heart tissue. Therefore, the electrodes in contact with the nerve need to be as soft as the skin, which is an important issue to be solved in flexible electronic applications. In the study, Baozengnan's team found that the flexible polymer was very thin and had a light transmittance of 96%, an almost transparent material, and it also had high conductivity, making it suitable for use on flexible electrode substrates. In order to increase the toughness and mechanical properties of the material, the researchers added special additives to change the structure of the material molecules, making the polymer easier to stretch. Tested, the new material is still stretched to the original length of twice, still able to maintain high conductivity. According to reports, next Baozeng Nan and his team will verify whether this material can be implanted in the organism, whether it will cause damage to the organism. Plain Brass Tube,Seamless Brass Round Tube,C26200 Tube,Alloy Seamless Tube TAICANG CITY JINXN COPPER TUBE CO.,LTD , http://www.jinxincopperpipes.com