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KEY NOTE: GLOBAL MEGATRENDS - CHANGES AND CHALLENGES FOR ADVANCED MATERIALS DEVELOPMENT

机译:关键注意:全球兆元 - 先进材料开发的变化和挑战

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Global Megatrends such as Growing & Aging Population, Urbanization, Energy Demand & Climate Protection, and Globalization affect our daily lives and create new needs and corresponding markets with substantial growth potential. Megatrends are drivers for innovation and stimulate research and development. Sustainability and considerate use of our resources are common nominators for all kinds of development. Against this background, technical options making use of advanced polymeric materials may become one of the most important problem-solvers of the 21~(st) century. Polymers, polymer blends, and compounds with their specific performance profile offer numerous innovative solutions, in line with today's demands. In particular highly flexible shape forming, light weight and a wide spectrum of mechanical properties provide polymers with attractiveness for numerous applications. Furthermore, making use of the ease foamability of polymer systems, access to an additional degree of freedom in the spectrum of properties open up. Along with the steadily increasing requirements for advanced material properties, technological challenges for polymer work-up and processing arise. To mention some examples, complex blend systems with stable morphology, high content of filler at excellent level of dispersion, incorporation of sensitive additives as well ingredients with low bulk density have to be reliably put into practice. And finally, it is crucial to transfer properties from laboratory scale to the level of manufacturing without performance loss and with minimum number of trials. This paper will elucidate the Global Megatrends, show some examples of recent technology & product development work, and address needs for future efforts in research and development.
机译:全球大趋势,如种植和人口老龄化,城市化,能源需求和气候保护,以及全球化影响我们的日常生活,并创造新的需求,并与相应的大幅增长潜力的市场。大趋势是创新驱动,促进研究和开发。可持续性和体贴利用我们的资源是各种发展的共同提名。在此背景下,技术选择利用先进的高分子材料有可能成为21〜(ST)世纪最重要的问题解决者之一。聚合物,聚合物共混物,并与他们的具体表现特性的化合物提供了众多创新的解决方案,符合当今的需求线。特别是高度灵活的形状形成,轻重量和机械性能的宽光谱提供吸引力用于许多应用的聚合物。此外,利用聚合物系统的便利性的发泡性,获得自由在性质的光谱额外程度的开拓。随着对先进材料性能的不断增加的需求,聚合物后处理和加工技术挑战出现。提一些实例中,以稳定的形态,在分散体的优异的电平填料含量高,敏感的添加剂为具有低堆积密度以及成分的掺入复杂的混合系统必须能够可靠地付诸实践。最后,关键是从实验室规模的传输性能,以制造不损失性能,并与试验最少数量的水平。本文将阐明全球大趋势,表明最近的技术和产品的研发工作,并解决需求的一些例子为今后在研究和开发工作。

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