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Friction coating process in numerically controlled machining centre applied to deposition of stainless steel AISI 304 on carbon steel AISI 1020

机译:数控加工中心的摩擦涂层工艺,用于在碳钢AISI 1020上沉积不锈钢AISI 304

摘要

"Friction coating process in machining center with numerical command applied to deposition of stainless steel AISI 304 on carbon steel AISI 1020" the friction coating process in machining center with numerical command is basically a welding process in the ES Solid solid solid solid,That is,There is no fusion in the process and can be used to coat similar materials /dissimilars. Friction coating improves surface properties,Enhances the useful life of components and structures,Reduces wear,Reducing costs for unscheduled breaks and equipment replacement. This coating being performed in a numerically controlled machining center decreases costs and simplifies the process when compared with friction coatings performed on dedicated machinery and machining center with numerical command equipped with independent commands in the translucent axis Tion.
机译:“使用数值指令在加工中心进行摩擦涂层工艺,将不锈钢AISI 304沉积在碳钢AISI 1020上”,使用数值指令在加工中心进行摩擦涂层工艺,基本上是ES固,固,固的焊接工艺。该过程中没有融合,可用于涂覆相似的材料/异种。摩擦涂层改善了表面性能,延长了部件和结构的使用寿命,减少了磨损,减少了​​意外中断和设备更换的成本。与在专用机械和加工中心上进行的摩擦涂层相比,在数控加工中心进行的这种涂层降低了成本,并简化了工艺,该摩擦涂层具有在半透明轴Tion中配备有独立命令的数字命令。

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