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Flame Spraying of Aluminum Coatings Reinforced with Particles of Carbonaceous Materials as an Alternative for Laser Cladding Technologies

机译:火焰喷涂含碳材料颗粒增强的铝涂层作为激光熔覆技术的替代方法

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摘要

The article presents results of the preliminary research of mechanical properties of flame-sprayed aluminum coatings reinforced with carbon materials made on the construction steel S235J0 substrate. For reinforcement the following carbon materials were used: carbon nanotubes Nanocyl NC 7000 (0.5 wt.% and 1 wt.%) and carburite (0.5 wt.%). The properties evaluation was made using metallographic macroscope and microscope, chemical composition, microhardness, abrasion and erosion resistance studies. The obtained results were compared with aluminum powder coatings (EN AW 1000 series). It was proved that the flame spraying of aluminum coatings reinforced with particles of carbonaceous materials can be an effective alternative for laser cladding technology. The preliminary test results will be successively extended by further experiments to contribute in the near future to develop innovative technologies, that can be implemented in the automotive industry for production of components with high strength, wear resistance, good thermal conductivity and low density, such as brake shoes, cylinder liners, piston rings and gears.
机译:本文介绍了对在建筑钢S235J0基底上制成的碳材料增强的火焰喷涂铝涂层的力学性能的初步研究结果。为了增强,使用了以下碳材料:碳纳米管Nanocyl NC 7000(0.5 wt。%和1 wt。%)和渗碳体(0.5 wt。%)。使用金相显微镜和显微镜,化学成分,显微硬度,耐磨性和耐蚀性研究进行性能评估。将获得的结果与铝粉涂料(EN AW 1000系列)进行比较。事实证明,用碳质材料颗粒增强的铝涂层的火焰喷涂可以替代激光熔覆技术。初步的测试结果将通过进一步的实验逐步扩展,以在不久的将来为开发创新技术做出贡献,这些创新技术可在汽车工业中用于生产具有高强度,耐磨性,良好的导热性和低密度的组件,例如闸瓦,缸套,活塞环和齿轮。

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