金刚石钻段激光焊接技术研究

A. Kenéz, Gy. Bagyinszki
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引用次数: 1

摘要

含有金刚石颗粒的片段被固定在可更换的刀片或钢工具体上,以提高成本效益。所采用的连接技术应同时满足环境和技术要求。接合区在使用过程中承受高机械和显著的热负荷。如果关节不合适,这些节段可能会从底座上脱落并飞走,造成伤害。现在,许多焊接或钎焊的方法被用来固定金刚石片。在可能的分段固定技术中,激光束焊接已被研究。用光学和扫描电子显微镜检查了接头的显微组织,并记录了化学元素图。接头经过断裂和硬度测试。对不同连接工艺下接头的力学性能和成分变化进行了评价和比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of Laser Welding Technology of Diamond Drilling Segments
Abstract Segments containing diamond particles are fixed to replaceable inserts or to steel tool bodies for cost-effectiveness. The joining technology used should meet both environmental and technical requirements. The joining zone is subjected to high mechanical and significant thermal loads during use. In the event of an improper joint, the segments may detach from the base and fly away causing injury. Nowadays, many methods of welding or brazing are used to fix diamond segments. Among the possible segment fixing technologies, laser beam welding has been investigated. The microstructure of the joints has been examined by optical and scanning electron microscopy and chemical element maps have been recorded. Joints have been subjected to fracture and hardness testing. The mechanical properties and composition changes of the joints with different joining technologies have been evaluated and compared.
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