刀具的再生,以纤维素切割采用电弧堆焊法

Svitlana Romaniuk, M. Barlak, J. Wilkowski
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摘要

刀具的再生,以纤维素切割采用电弧堆焊法。本文介绍了利用电弧堆焊法对纤维素切削刀具进行再生的实验结果。在棒状电极形式中使用了三种再生材料。此外,每种材料都在涂层中添加了额外的非磁性粉末。最后,在电弧PVD工艺中,用ZrN涂层覆盖显微硬度最高的层。测量了相对磨损系数、摩擦力矩、摩擦系数、摩擦轨迹宽度和显微硬度。采用扫描电镜和能谱仪对材料的微观结构进行了研究。采用ZrN涂层的再生材料“T-590 +粉末”再生效果最好。
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The regeneration of the tools to cellulose cutting using electric arc surfacing method
The regeneration of the tools to cellulose cutting using electric arc surfacing method. The paper presents the laboratory results of the regeneration of the tools to cellulose cutting, using electric arc surfacing method. Three types of regenerating material was used in the rod electrodes form. Additionally, each material was applied with additional non-magnetic powder in the coating. Finally, the layer with the highest microhardness was covered with a ZrN coating in the Arc PVD process. The relative wear coefficient, the friction moment, the friction coefficient, the width of friction track and the microhardness were measured. The SEM observations and EDS investigations were applied for the studies of the microstructure of investigated materials. The best results were obtained for the regeneration using regenerating material, marked as “T-590 + powder”, with ZrN coating.
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