#MIGweldingtips #MIGwelding #KevinCaronArt
From [ Ссылка ] - Artist Kevin Caron shows some easy ways to create cleaner, stronger MIG welds ....
Kevin Caron is shooting an infrared thermometer at a piece of 1/4" plate on his workbench. The workbench is at 56 degrees Farenheit, the metal at 57.
Have you ever started to MIG weld a piece of metal and get a blob of metal at the beginning? The weld doesn't want to penetrate. It looks awful. You've got to come back, grind it off, and fix it.
That's because your metal's cold.
Kevin Caron puts on his safety equipment to show you what happens - and how to fix that problem.
He's using the Everlast Lightning MTS 275. It's already set on MIG steel, C25. Kevin Caron uses PowerSet for a quick set up: .030 on the wire; material thickness 1/2" plate; 350 on the wire; 21.9 on the volts. Says Kevin Caron: "Let's spark it up!"
After welding, he's not too crazy about the way the PowerSet worked - he'd change that a bit for the next weld. Still, you can see how the first part of the weld is raised, then it starts to flatten out. And that's just from the metal being cold, that 1/4" steel plate sitting on that 1" workbench tabletop, which sucks all the heat out of it. You've got to get that metal up to temperature as you're welding.
Kevin Caron cools the metal back to 56 degrees so he can show you a trick.
He doesn't change the welder settings, and the metal is again clamped down on that cold 1" workbench. But he grabs a propane torch to preheat the area he's going to weld.
As he warms the metal, Kevin Caron notes that, if you were using 1/2" or 3/4" metal plate, you wouldn't be using a propane torch. You'd need to use oxygen-acetylene and a rosebud for greater heat. As he heats the metal, Kevin Caron shows the moisture moving out of the steel. When the temperature hits 220 degrees, he's ready to weld it.
After the second weld, Kevin Caron shows both welds. You can see the initial "bump" on the cold weld and how it flattened out as the metal warmed up. The preheated weld looked much flatter with better penetration.
Kevin Caron acknowledges that preheating requires getting out a torch and preheating when all you really want to do is grab your welder and get the job done. But it really does make a difference.
And, of course, there's a way to cheat. Just take some pieces of stock and raise your metal off the table. That'll help concentrate the heat from your welder in the metal you're welding rather than having the workbench suck up a bunch of it.
Preheating can also help if your welder isn't big enough to weld thicker metal. You can preheat the metal, which will give you better penetration.
Kevin Caron thanks you for watching and reminds you to hit the notification bell to be the first to know when he releases a new video.
Before you head to [ Ссылка ] to see his amazing sculpture, though, stick around for a second to see him share an origin story ....
Artist Kevin Caron has been sculpting full time since 2006. See - and hear - his amazing metal and large format 3D-printed sculptures, which are found in public and private places coast-to-coast and online at [ Ссылка ].
"Inspired sculpture for public & private places."
Follow me for more fun and facts:
Facebook: [ Ссылка ]
Instagram: [ Ссылка ]
Twitter: [ Ссылка ]
How to Easily Improve Your MIG Welds - Kevin Caron
Теги
artistfabricated steelsculptor Kevin Caronartist Kevin Caronsculpture artist Kevin Caronhow-to videoshow to videosfree videostoolsmachinesMIG weldingMIG weldersweld thick metalbetter welding penetrationimprove MIG weldsimprove MIG weldingimproving MIG weldshow do get better welding penetrationimprove weld penetrationweld thicker metalEverlast weldersmultiprocess weldersEverlast multiprocess weldersEverlast Lightning MTS 275