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首页> 外文会议>International Conference on Advanced Ceramics and Composites >CUSTOMIZED COATING SYSTEMS FOR PRODUCTS WITH ADDED VALUE FROM DEVELOPMENT TO HIGH VOLUME PRODUCTION
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CUSTOMIZED COATING SYSTEMS FOR PRODUCTS WITH ADDED VALUE FROM DEVELOPMENT TO HIGH VOLUME PRODUCTION

机译：用于产品的产品的定制涂层系统，从开发到大批量生产

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Modern components and systems for automotive and industrial applications have to meet various requirements in multiple technical fields. Apart from properties that affect the part itself- like geometry, stiffness, weight or rigidity - the surface properties must be adjusted to the growing environmental requirements. Therefore coatings are increasingly applied to reduce the friction losses of car components, improve fuel efficiency and reduce CO_2-emissions. This article describes how to use surface technology as a modern design element for components and systems to enable the demanding requirements on market leading automotive and industrial products. Therefore Schaeffler has developed and established a coating tool box for customized surfaces to deliver the right solutions for all that needs and requests with the corresponding coating system enabled by PVD-/ PACVD-, spraying or electrochemical technology. For innovative products it is extremely important that coatings are considered as design elements and integrated in the product development process at a very early stage. In this article tribological coatings are viewed within a holistic and design-oriented context. The latest developments of amorphous carbon coatings, their characteristics as well as the technical and economical effects of their use in combustion engines and industrial bearing applications are described. The presented Triondur? amorphous carbon based coating systems (a-C:H; a-C:H:Me; a- C:H:X and ta-C) are excellent examples for customized tribological systems like bucket tappets or roller bearings. These carbon coatings offer the following advantages: super low friction with highest wear resistance, customized surface energy, optimized wetability and interaction with formulated engine oils and low adhesion to the counterpart. A close collaboration between designers and surface engineers is required in the future. Schaeffler delivers around 75 million high-quality PVD- and (PA)CVD-coated components every year that enable outstanding applications, preserve resources and meet increasing customer requirements.
机译：汽车和工业应用的现代部件和系统必须在多种技术领域满足各种要求。除了影响部分自身的物质，如几何形状，刚度，重量或刚度 - 必须调整表面性能，以越来越多的环境要求。因此，涂层越来越多地应用于降低汽车部件的摩擦损失，提高燃料效率并减少CO_2排放。本文介绍如何使用Surface技术作为组件和系统的现代设计元素，以实现对市场领先的汽车和工业产品的苛刻要求。因此，舍弗勒已经开发并建立了一种用于定制表面的涂层工具盒，为所有需要和通过PVD- / PACVD-，喷涂或电化学技术提供的所有需求的正确解决方案。对于创新产品，涂料被认为是设计元素，并在早期阶段融入产品开发过程中非常重要。在本文中，在整体和设计为导向的背景下观看摩擦学涂层。描述了无定形碳涂料，其特点以及其在燃烧发动机和工业轴承应用中的技术和经济效果的最新发展。呈现的TrioNdur？无定形碳基涂料系统（A-C：H; A-C：H：H：H：H：X和TA-C）是定制的摩擦型材系统，如铲斗挺杆或滚子轴承的优秀示例。这些碳涂层提供以下优点：具有最高耐磨性，定制的表面能，优化的湿润性和与配方发动机油的相互作用以及对对应的低粘合性的超低摩擦。未来设计师和表面工程师之间的密切合作是必需的。 Schaeffler每年提供大约7500万高质量的PVD-和（PA）CVD涂层组件，使得卓越的应用，保留资源并满足越来越多的客户要求。

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