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Chapter 71 Brush Plating for Renovating the Piston of Wing Flap Motion Tube

机译:第71章翻新翼翼运动管活塞的刷镀

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In order to solve the repairing problem of worn piston of wing flap motion tube, the technology of brush plating Ni-diamond composite coating on the surface of high strength steel 18Cr2Ni4WA has researched. A new repairing technology was proposed based on the failure analysis of worn piston of wing flap motion tube. Using this coating system of brushing, Ni-diamond composite coating, through reducing the electrode potential of cathode, the degree of cathode polarization would be increased and make the speed of forming nuclei faster than the speed of growth of crystal nucleus, so the adhesion between the coating and basis material was increased. When the thickness of repairing coating is up to 30 μm, the hardness of the coating achieves 780 (HV); the adhesive power was better, and the adhesion tests are as follows: coating not fall off; the bend test: coating not peel off; the cupping test: height of test is 5.1 mm; the wear resistance of the repairing coating and the basis material's approach. Tests have shown that qualified brush electroplating layer for repairing worn piston can be got through this kind of process.
机译:为了解决机翼襟翼运动管磨损活塞的维修问题,研究了在高强度钢18Cr2Ni4WA表面刷镀镍-金刚石复合涂层的技术。基于机翼襟翼运动管磨损活塞的失效分析,提出了一种新的修复技术。使用这种涂刷的镍-金刚石复合涂层系统,通过降低阴极的电极电势,可以增加阴极极化程度,并使成核速度快于晶核的生长速度,因此增加了涂层和基础材料。当修补涂层的厚度最大为30μm时,涂层的硬度达到780(HV);附着力更好,附着力测试如下:涂层不脱落;弯曲试验:涂层不脱落;拔罐测试:测试高度为5.1毫米;修补涂层的耐磨性和基础材料的使用方法。试验表明,通过这种方法可以得到合格的修复磨损活塞的电刷电镀层。

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