Thankyou DekDee and Kingnero you both are correct and thankyou for the suggestions here we are maintaining all these protocols but i would like to work on coating of wire good arc stability for better feedability in case robotic applications.
We are trying to improve feedability of welding wire for robotic applications, what are the ways to improve good feedability?
copper coating, adding low ionization potential elements in coating etc.... what can be done?
Hello ED, Can we give a minimum 20% reduction at single stage? before heart treatment.
And also, I want to know that when combining the 1400 and 1150 treatments, which means heating to 1400 and soaking for 2 hours, then letting the furnace cool to 1150 and soaking for 4 hours, then air-cooling...
Yes after annealing, we are doing aging treatment at 1400F for 2 hours and 1150F for 4 hours, and then only we are getting 16 to 18% elongation, so with this, how much percentage reduction can be given at one stage without further softening?
we would like to weld 415 martensitic stainless steel(UNS S41500). can anyone suggest what filler material cand be used to get almost equal to the base metal strength and there is no scope of PWHT.
