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nichtverbrauchende electrode for welding of stainless steel and welding technology.

机译:nichtverbrauchende焊条,用于不锈钢和焊接技术的焊接。

摘要

A method of welding stainless steel, such as a stainless steel end plug into a stainless steel nuclear fuel rod is disclosed. The welding process has a reduced arc wander and deeper arc penetration. A treated welding electrode for practicing the method also is disclosed. A layer of stainless steel is placed on the working arc discharge end of a nonconsumable tungsten arc welding electrode before welding. The stainless steel coating on the electrode reduces arc wander and permits deeper arc penetration. Approximately .001 to .005 inches of stainless steel is placed on the working arc discharge end of the electrode. The electrode coating can be formed by positioning the working arc discharge end of the electrode into close proximity to a grounded piece of stainless steel and then electrically shorting the electrode to the stainless steel so that the working arc discharge end sticks to the stainless steel. The working arc discharge end of the electrode is broken from the stainless steel so that a layer of stainless steel remains thereon. IMAGE
机译:公开了一种将不锈钢(例如不锈钢端塞)焊接到不锈钢核燃料棒中的方法。焊接过程减少了电弧漂移,并增加了电弧穿透深度。还公开了用于实施该方法的经处理的焊接电极。焊接前,将不锈钢层放在不消耗性钨极电弧焊电极的工作电弧放电端上。电极上的不锈钢涂层可减少电弧漂移,并允许更深的电弧渗透。在电极的工作电弧放电端上放置约0.001到0.005英寸的不锈钢。可以通过以下方式形成电极涂层:将电极的工作电弧放电端紧靠接地的不锈钢片放置,然后将电极与不锈钢电短路,以使工作电弧放电端粘附到不锈钢上。电极的工作电弧放电端从不锈钢上折断,从而在其上保留一层不锈钢。 <图像>

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