摘要
再制造产业已列为国家发展战略性新兴产业,热喷涂技术具有喷涂材料广泛、基体形状与尺寸不受限制、涂层厚度容易控制、工艺操作简单、成本低效率高、能赋予零件表面特殊性能等特点,是实现损伤零部件表面尺寸恢复和性能提升的关键技术手段,已成功应用于国防工业、印刷、航空航天、石油化工、矿山机械、电力等领域装备零部件的再制造。文中综述了等离子喷涂、高速火焰喷涂、高速电弧喷涂及其他热喷涂技术的特点及其在再制造领域的典型应用,提出热喷涂技术应用于再制造领域未来的发展趋势主要表现在:加强热喷涂技术在再制造领域的适应性研究、深入复合技术的研究和应用、推动热喷涂技术在高效规模化生产应用中的研究以及加强热喷涂再制造技术标准、工艺规范等方面的研究。
Remanufacturing engineering has become one of the key contents in the national developing strategic emerging industry. As a key technology for remanufacturing engineering, thermal spraying has the characteristics such as wide kinds of feed materials, little restriction on substrate geometry and dimensions, controllable coating thickness, simple processing management, low investment, high deposition efficiency and special surface properties. Thermal spraying can also be regarded as a key technology due to its capability of remanufacturing damaged parts and property upgrade. As a result, it performs a booming development applied in many equipment components remanufacturing in the industries such as national defence, printing, aerospace, petrochemical, mining machinery and electric power. In this study, the present status of research and typical applications of thermal spraying technologies used in remanufacturing field was reviewed, including supersonic atmospheric plasma spraying, high velocity flame spraying and high velocity arc spraying methods. The characteristics of the thermal spray techniques were analyzed, and some remarks on the future development of the technologies used in remanufacturing field were put forward, including enhancing the adaptability investigations of ther- mal spraying available for remanufacturing, the multi-technology researches and applications, the high-efficiency and wide-scale industry study of thermal spraying and the related thermal spray remanufacturing standards or process criterions.
出处
《中国表面工程》
EI
CAS
CSCD
北大核心
2011年第6期1-10,共10页
China Surface Engineering
基金
国家科技支撑计划(2008BAC46B01
2011BAF11B07
2011BAC10B05)
再制造技术重点实验室基金(9140C850205090C8502)
关键词
再制造工程
热喷涂技术
涂层
表面性能
remanufacturing engineering
thermal spraying technologies
coating
surface properties
