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首页> 外文期刊>Interference Technology: EMC Directory & Design Guide >Conductive painting of plastics: Delivering value and flexibility - Portable electronics manufacturers must evaluate coating processes based on consistency, repeatability, economy, and the availability of applicators worldwide
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Conductive painting of plastics: Delivering value and flexibility - Portable electronics manufacturers must evaluate coating processes based on consistency, repeatability, economy, and the availability of applicators worldwide

机译:塑料的导电涂漆:提供价值和灵活性-便携式电子制造商必须基于一致性,可重复性,经济性以及全球涂胶机的可用性来评估涂胶工艺

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摘要

CONDUCTIVE PAINT TECHNOLOGY HAS grown steadily in preference when conductive coatings are required on injection-molded plastic parts to solve EMC problems. This growth is particularly evident in the portable electronics market where there is a need for globally accessible processes that provide consistent, repeat-able quality; a low use cost; and a selection of regionally qualified applicators. This article reviews some of the major differences in the key conductive coating processes from a manufacturing perspective. Conductive paint, selective plating and vacuum metallization technologies are compared with regard to their ability to meet the needs of the global electronics marketplace.
机译:当需要在注塑塑料零件上使用导电涂料来解决EMC问题时,导电涂料技术已稳步发展。这种增长在便携式电子市场中尤为明显,在便携式电子市场中,需要可提供一致,可重复质量的全球可访问流程。使用成本低;以及精选的地区合格涂药师。本文从制造角度回顾了关键导电涂层工艺中的一些主要差异。比较了导电涂料,选择性电镀和真空镀金属技术在满足全球电子市场需求方面的能力。

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