Controlling all aspects of a material in an accurate manner even at the nanoscale is greatly significant in a wide range of applications.
Polymers are huge molecules made up of thousands and millions of atoms bonded together in a repetitive pattern resembling a chain. Many things that are a part of everyday life are made up of these polymers, including tires, bottles, medical devices and airplanes.
According to a recent study at the University of Warwick, mobile phones, computers, medicine, and clothes could all be improved using the process applied for manufacturing paint.
Unique patented technology for light colored plastics launched ahead of K2016.
Coperion GmbH, Weingarten/Germany, will be presenting its latest developments for gentle material conveying at its booth B19, Hall 14 at the K 2016. For the first time Coperion will be presenting the newly developed deflector elbow GAMMA-BEND NT, which prevents the formation of angel hair. In addition, Coperion will be showcasing its re-engineered and optimized ZV rotary valve for pellets.
At the Plastics & Rubber Indonesia 2016 trade fair to be held from 16 to 19 November in Jakarta, Arburg will present the high-end, fully automated and cost-efficient manufacture of standard products on Stand D-9218 in Hall D. An Allrounder 470 E Golden Electric from the new electric entry-level machine series will produce storage boxes. The machine offers an excellent price/performance ratio thanks to its consistent standardisation. A Multilift Select linear robotic system performs the parts handling tasks.
The advanced phase of acute kidney injury can be fatal in even one in two patients. Fortunately, now it will be possible to detect the disease in its initial stages, when treatment is still relatively simple and the prognosis good.
As the sizes of offshore wind turbines increase, operators are finding it challenging to transport, install, disassemble, and dispose the gigantic rotor blades of these turbines. In partnership with other industry experts, Fraunhofer researchers are working towards developing highly durable thermoplastic composites and foams that will help in building lighter and recyclable blades.
Director of the CUNY Advanced Science Research Center (ASRC)’s Nanoscience Initiative and Professor of Chemistry at Hunter College, Rein Ulijn led a study that promotes the development of dynamically-evolving polymers capable of forming spontaneously by becoming accustomed to their environment.
Scientists at North Carolina State University and the Chinese Academy of Sciences have developed an effective, semi-printed plastic solar cell without using halogen solvents that are hazardous to the environment. These cells can be developed at room temperature, which creates implications for commercial production on a large-scale.
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