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  A team of chemists at Purdue University led by Jonathan Wilker, professor of chemistry in the College of Science and of materials engineering, aims to develop a completely #sustainable #adhesive system. “Our current adhesives create all sorts of environmental problems,” Wilker said. “Almost all glues are petroleum-based and do not degrade. The bonded materials in our products stay stuck together. Consequently, we cannot recycle many of the materials that we put into our recycling bins. Discarded products will sit in landfills for centuries and, sometimes, contribute to ocean microplastics. Nature-Inspired Innovation Wilker and his lab have spent years studying the science of sticky substances, analyzing marine animals that adhere, like mussels and oysters, and trying to create better, sustainable, affordable adhesives that work as well as any glue from the hardware store. He has a drawer of those commercial glues in his lab, which give off a strong and familiar smell. “Those volati

Today's KNOWLEDGE Share Warpage of a GF filled nylon part is extremely dependent on temperature and moisture uptake. Temperature increase is responsible for #matrix expansion (negligible for the fibers though), and moisture uptake produces matrix swell (again GF does not care much).So if a part is warped when dry as molded at room temperature (that is what simulation codes will predict for you !!) it will tend to "UNWARP" as you heat the part or let it uptake moisture. This effect can perfectly be simulated, if you account properly for the anisotropic elastic properties and #fiberorientation and know the swell rate with water uptake. For #temperature induced UNWARP you will need detailed CTE (T) in x, y and z though to get it right ! Those CTE's, with the needed level of detail, are not available directly from Flow Analysis codes for the moment, but e-Xstream engineering, part of Hexagon’s Manufacturing Intelligence division Digimat software can provide those. Sou

OCSiAl has been granted a construction permit for a nanotube production facility near Belgrade, Serbia.The new nanotube synthesis plant will be launched in 2024 and will have a planned annual capacity of 120 tons per year. Facilitate Logistics and Lower Supply Chain Costs: In addition to synthesizing nanotubes, the facility will manufacture nanotube suspensions for lithium-ion battery manufacturers in Europe, the US, and Asia, enough to enhance the performance of more than 1 mln electric cars with an average battery capacity of 75 kWh per car. “The project will facilitate logistics and lower supply chain costs. European-produced nanotubes and nanotube derivatives will be primarily supplied to our customers in central and western Europe, North America, and Asia,” said OCSiAl Group senior vice president Gregory Gurevich. OCSiAl nanotubes create long and robust electrical networks between active material particles, improving key battery characteristics, including cycle life, lower DCR, C-

Today's KNOWLEDGE Share Johann Friedrich Wilhelm Adolf von Baeyer- The Nobel Prize in 1905 The Discovery of Indigo : In 1860, #AdolfvonBaeyer habilitated in Berlin and accepted a teaching position for organic chemistry at the Gewerbeinstitut in Berlin. In 1866, the University of Berlin, at the suggestion of A.W. Hofmann, conferred on him a senior lectureship, which, however, was unpaid. In this period however, Baeyer started his work on indigo, which soon led to the discovery of indole and to the partial synthesis of indigotin. Also in this period, Baeyer developed his theory of carbon-dioxide assimilation in formaldehyde. He was appointed chair at the University of Munich after Justus von Liebig had passed away and Baeyer was able to perform the synthesis of indigo.One year later, in 1881, the Royal Society of London awarded him the Davy Medal for his work with indigo. In 1883 Baeyer succeeded in correctly elucidating the structure of indigo. Although Baeyer patented the synthesi