对美国航空航天协会编制的NAS 4006：2014，美国Hi Shear公司的Hi-Shear 294：2008，波音公司的BMS 10-85R：2004，欧洲航天和国防工业协会编制的DS/EN 4473：2010这4个行业应用广泛的铝涂层检测标准进行比较。结果表明：NAS 4006：2014与DS/EN 4473：2010适用范围较广，Hi-Shear 294：2008与BMS 10-85R：2004对铝涂层种类进行了明确与细化，具有较强的针对性。4个标准分别侧重了一些不同的项目，例如BMS 10-85R：2004对铝涂层在脆性、安装力方面评价十分细致，Hi-Shear 294：2008对铝涂层的耐腐蚀性能要求最为严苛。BMS 10-85R：2004充分考虑了飞机紧固件系统中不同类型铝涂层其测试项目与方法的差异性，DS/EN 4473：2010虽有从成分层面对铝涂层进行分类，但没有根据涂层工况的差异性配合不同的检测方法。

The four authoritative aluminum coating test standard documents analyzed comparatively, they are the American Aerospace Society's NAS 4006:2014, Hi Shear's Hi-Shear 294:2008, Boeing's BMS 10-85R:2004, the European Aerospace and Defense Industry Association's DS/EN 4473:2010. The results show that NAS 4006:2014 and DS/EN 4473:2010 are suitable for a wide range of applications. Hi-Shear 294:2008 and BMS 10-85R:2004 have clarified and refined the types of aluminium coatings, and have a strong pertinence. The four standards focus on different items, such as BMS 10-85R:2004, which eraluates the brittleness and installation force of aluminium coatings very carefully, and Hi-Shear 294:2008, which requires the most stringent corrosion resistance of aluminium coatings. BMS 10-85R:2004 fully considers the differences of testing items and methods of different types of aluminum coatings in aircraft fastener system. DS/EN 4473:2010 has classified aluminum coatings from the composition level, but it does not cooperate with different testing methods according to the differences of coating working conditions.