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ELECTROCOATING

机译:电镀

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摘要

Electrocoat (also called E-coat, electrodeposition, or electrophoretic coating) is a widely used coating technology that has provided superior levels of performance on a vast array of industrial metal objects for over 40 years. Electrocoat technology has evolved dramatically since the early 1960s when it was first commercialized as an automobile body primer. Today, over 98% of all car bodies produced globally utilize an electrocoat primer. New end uses for electrocoat continue to be found annually; examples include automotive parts and accessories, appliances, heat exchangers, decorative plated objects, and heat-sensitive components. Current commercially available electrocoat systems offer superior performance using processes and materials that are both environmentally friendly and economically efficient. Major advantages of the electrocoat process include: total coverage of complex parts with unsurpassed film uniformity; material transfer efficiencies routinely in 95 to 99% range; highly automated, closed-loop systems with excellent productivity and low operating costs; fast line speeds and high part racking densities; very low air and wastewater emissions that foster environmental compliance; and totally enclosed system leading to a cleaner and safer paint application method.
机译:Electrocoat(也称为E涂层,电沉积或电泳涂层)是一种广泛使用的涂层技术,在40多年的时间里,它在各种工业金属物体上提供了卓越的性能。自从1960年代初首次将其作为汽车底漆商业化以来,Electrocoat技术已发生了翻天覆地的变化。如今,全球生产的所有车身中有98%以上使用电涂底漆。每年仍在寻找新的电涂最终用途;示例包括汽车零件和配件,电器,热交换器,装饰性镀层物体和热敏组件。当前的市售电涂系统使用既环保又经济的工艺和材料提供了卓越的性能。电涂工艺的主要优点包括:覆盖了复杂零件,并具有无与伦比的漆膜均匀性;物料转移效率通常在95%至99%的范围内;高度自动化的闭环系统,具有出色的生产率和较低的运营成本;快速的生产线速度和较高的零件放置密度;空气和废水排放极低,有利于环保;完全封闭的系统导致更清洁,更安全的涂料涂覆方法。

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