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E!4548 De-Amatech: Development of new actuators, materials and technology for the production of advanced pneumatic and hydraulic valves

机译:E!4548 De-amatech:开发用于气动和液压阀门先进生产的新型执行器,材料和技术

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摘要

The main goal of De_Amatech Eureka project is to develop new actuators andudnew materials, a^s well as technology, for the production of piston valves with much betteruddynamic properties and lesser energy consumption as compared to the traditional ones madeudof metals [1].udIn this work we report the results of our investigation on model systems advancedudmaterial/surface coating. Several types of advanced materials have been developed and testedudfor manufacturing of parts for pneumatic and hydraulic valves, and theil' basic mechanicaludproperties have been determined. Attempts have been made to use FTIR and micro-Ramanudspectroscopy for characterization of these systems aimed for the productioir of the alternativeudmaterials for piston valves. PVD magnetron sputtering metal targets were used in order toudfind best solution for the application of an appropriate thin coating on the sudace of theudsamples. Characterization of the abrasion resistance of the coated samples was perfotmedudusing internal methods developed by EUREKA partners. Testing of the surface microhardnessudof the coated materials was performed in order to evaluate the quality of theudcoatings.
机译:De_Amatech Eureka项目的主要目标是开发新的执行器和新材料,以及先进的技术,以生产与传统金属制成的活塞阀相比具有更好的动态性能和更低的能耗的活塞阀。 [1]。 ud在这项工作中,我们报告了对高级 udmaterial /表面涂层模型系统的调查结果。已经开发和测试了几种类型的先进材料,用于制造气动和液压阀的零件,并且已经确定了其基本的机械性能。已经尝试使用FTIR和显微拉曼光谱来表征这些系统,以生产用于活塞阀的替代材料。为了找到最佳的解决方案,以便在样品表面添加合适的薄涂层,使用了PVD磁控溅射金属靶。使用EUREKA合作伙伴开发的内部方法对涂层样品的耐磨性进行了表征。进行涂层材料的表面显微硬度的测试以评估涂层的质量。

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