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Researchers develop industrial plasma coating process

机译:研究人员开发工业等离子涂层工艺

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摘要

When manufacturing products, the coating technology is a key innovation driver for almost all areas of daily life - for example, for making scratch-proof displays for smart phones or anti-bacterial surfaces in refrigerators. Other coatings protect components from corrosion or aging, for example in a solar cell module or a car engine, without the end user noticing their existence. In industry today, wet chemical processes or vacuum plasma processes are primarily used for coating applications. Both have drawbacks. Vacuum units are expensive, limited to smaller components and applying a coating takes a relatively long time. Wet chemical processes often involve high resource and energy consumption with the corresponding environmental damage, and can also cause difficulties in the handling of material combinations for lightweight construction such as plastics/ metals or aluminum/steel.
机译:在制造产品时,涂层技术是几乎所有日常生活领域的关键创新驱动力,例如,为智能手机或冰箱中的抗菌表面制造防刮显示屏。其他涂层可以保护组件免受腐蚀或老化,例如在太阳能电池模块或汽车发动机中,而最终用户无需注意它们的存在。在当今的工业中,湿化学工艺或真空等离子体工艺主要用于涂层应用。两者都有缺点。真空装置价格昂贵,限于较小的部件,并且涂覆涂料需要相对较长的时间。湿法化学过程通常涉及大量的资源和能源消耗,并相应地破坏环境,并且还可能在处理轻质结构的材料组合(例如塑料/金属或铝/钢)时造成困难。

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