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Microblasting cleaning for facade repair and maintenance: Selecting technical parameters for treatment efficiency

机译:微喷清理,用于外墙维修和保养:选择技术参数以提高处理效率

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This research examines abrasive blasting cleaning on a soft render coating and its effects on the surface. After analysing substrate properties by SEM-EDS, XRD and FTIR-ATR, and their potential influence on treatment, cleaning tests were made with glass beads, micronized glass and aluminium silicate at 45 and 75 blasting angle keeping other parameters constant. As microblasting can leave a rougher surface, influencing subsequent substrate decay, analysis of area field roughness obtained through 3D stereomicroscopy, complemented with macrophotography, portable microscope and spectrophotometry analysis, were used to evaluate cleaning surfaces. Best results were obtained with glass beads, due to its shape and size, using 75 blasting angle. Findings concerning microblasting efficiency and effectiveness, including damage to the substrate and other side effects, are also described. Results allow the selection of parameters of the technique when it is needed for facade repair and maintenance. (C) 2015 Elsevier Ltd. All rights reserved.
机译:这项研究研究了在柔软的抹灰涂层上进行喷砂清理及其对表面的影响。在通过SEM-EDS,XRD和FTIR-ATR分析了基材性能及其对处理的潜在影响之后,使用玻璃珠,微粉化玻璃和硅酸铝在45和75喷砂角下进行清洁测试,保持其他参数不变。由于微喷丸处理会留下较粗糙的表面,从而影响随后的基材腐烂,因此,通过3D立体显微镜获得的区域场粗糙度分析,宏观摄影,便携式显微镜和分光光度分析的补充,可用于评估清洁表面。由于玻璃珠的形状和大小,使用75爆破角可获得最佳效果。还介绍了有关微喷砂效率和有效性的发现,包括对基材的破坏和其他副作用。当需要进行外墙维修和保养时,结果可以选择该技术的参数。 (C)2015 Elsevier Ltd.保留所有权利。

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