Science and technology to change the life, the current way of life and technology products are closely related, inseparable, the discovery of new materials and new technology to make science and technology industry reborn, plastic as the mainstay of the material sector, its progress to technology products more choice and trial experience The From the phone to the concept of advanced home robot, it seems that all the technology products are so imperceptibly change our living habits, HC plastic network for your recent technology circle of plastic applications.

The first compatible mobile phone NFC plastic label release
At the recently held 2017 International Solid State Circuit Seminar in San Francisco, the Belgian Microelectronics Research Center demonstrated an innovative near-field communication (NFC) label that uses an indium gallium-zinc oxide thin film transistor (IGZOTFT) on a plastic substrate Thin film transistor technology. The electronic components of plastic materials allow a variety of low-cost devices to achieve a variety of possibilities, several examples of such as object-level identification, intelligent food packaging, brand protection and electronic paper, etc.; in these applications before the built-in silicon Chip, is an unimaginable thing.

Carbon nanotube conductive film makes the phone touch screen more gentle
With the popularity of mobile phones, the public demand for mobile phones is also getting higher and higher, the experience of the mobile phone screen is also getting higher and higher. The mystery of mobile phone touch screen, all in a thin conductive film. At present, the widespread use of transparent conductive film on the market using indium tin oxide (ITO) film, but indium is a rare metal, its recoverable reserves continue to decrease. Carbon nanotubes (CNT) conductive films as a better alternative to the performance in recent years has gradually been people's attention. Recently, Tianjin University of Technology Professor Geng Hongzhang team developed a wearable flexible photoelectric film preparation technology, a simple quick spray and acid treatment combined with the technology, and bar coating and acid treatment optimization technology can be large area fast Preparation of Carbon Nanotubes Flexible Transparent Conductive Films.

Plastic made of skin can also have human touch
Thirteen years ago, Bao Zhenan, who worked at Bell Labs, gave up the temptation and more privileged treatment of the giant salary, plunged into the Department of Chemical Engineering at Stanford University, with a group of students weaving a dream about "artificial skin". In the latest issue of the journal Science Progress, a research team led by Bao Zhenan published a related research report.
Science fiction film will appear in the artificial skin, and perhaps soon will become a reality. As the main inventor, Bao Zhenan came from behind the scenes. Following the 2005 authoritative scientific journal "Nature" magazine as the top ten scientific figures, in March this year, Bao Zhenan won the 19th L'Oreal - UNESCO "World Outstanding Women Scientist Achievement Award." Standing in a group of outstanding female scientists in the middle, Bao Zhenan looked slender petite, but her invention was recognized as the industry is likely to subvert the existing pattern of development of the electronics industry.

Based on the GPURE membrane development platform Grafoid Canada introduced graphene battery membrane
Recently, Grafoid, a research and development company, has developed a graphene polymer nanoporous membrane for use in next-generation lithium-ion battery applications. GPure graphene polymer film (GPM) technology is Grafoid's seventh GPTP film development platform based on the new results, GPURE platform for the company to continue to develop new, high-performance, ultra-thin all kinds of graphene industrial application film Product development platform.
As a privately held Canadian company, Grafoid invests from raw unprocessed graphite ore to low-cost magnifiable graphene raw materials and graphene derivatives to the production process of graphene applications in different areas of the product.

From concept to application of China 's 3D printing trends and direction
The latest report shows that 2016 global weight-loss manufacturing industry, which is commonly referred to as 3D printing, an increase of 17.4%, continue to maintain a high growth rate. But in China, since last year, the original hot 3D printing seems to be quiet, the limelight was robbed by artificial intelligence. What is the reason for this, China's development trend of the 3D printing industry is what kind of?
In fact, the reporter's intention is intended for the entire 3D printing industry. In other words, why the first two years of popular 3D printing concept, the recent momentum significantly smaller? But "from the concept to the application", this answer does not explain all the phenomena.

Danbang technology microelectronics grade high performance PI film and special film production
Danbang Technology April 5 afternoon announcement, the company's wholly-owned subsidiary of Guangdong Dan Bang's "microelectronics high-performance polyimide R & D and industrialization projects" in the recently completed testing and small batch trial production and other procedures, while Guangdong Dan State on March 31, 2017 made Dongguan Environmental Protection Agency issued a one-year "Guangdong Province pollutant discharge permit"
Announcement shows that the company on April 5, 2017 on the "microelectronics grade high-performance polyimide R & D and industrialization projects" mass production, while 6 microns thick special polyimide film also began mass production.