[MotherFluxxer]

Here's the link http://www.youtube.com/watch?v=yI4bGRqG4F4

Anyone else got any good old school welding digs?

[MotherFluxxer]

Ok so this one isn't stick welding but it definitely qualifies as bad ass.

Atomic Hydrogen Welding
http://www.youtube.com/watch?v=Kz-S5wLGHwI

[Otto Nobedder]

Oh, THAT was fabulous!

Think of how many of our mothers and grandmothers watched that in 1942, while training to build ships, tanks, jeeps, airplanes, Howitzers...

The information is just as valid today.

Steve S

[Otto Nobedder]

I think I like the atomic hydrogen even better...

Welding two sections of fine-mesh Monel screen together? Makes razor-blades look like daisies!

Steve S

[weldin mike 27]

Hey,

I could be lost for days on this youtube channel. I have done work for GE before and I recognise the attention to detail, even in their own brand of welding machine.

http://www.youtube.com/watch?v=CW7I-ymfINU

Here is another one, in which thet use some 3/8 dia electrodes. Thats Hard core.

The sad thing is, The amount of effort and pride taken in training of welders shown in these movies, is universes apart from the crud i received during my apprenticeship, and I have heard that it got even worse for a while, but still turned out "tradesmen"

Mick

[Vince51]

Awesome videos! I've seen large stick electrodes before. Upwards of 1" in diameter and 4' long. Tried to buy them off the fella, but wouldn't sell. Far as I know they were used in ship construction. Had a tracked machine that fed them. Looked around the net for videos, but none found.

[Vince51]

Here's some pics I found of 3/4" rod being used to weld a mold. Cool stuff

[weldin mike 27]

Hey,

Any insight on as to why godzilla stick is used and not subarc, or other processes?

Mick

[Otto Nobedder]

Mick,

I'm going speculate that sub-arc, with the flux that flows, is restricted to almost dead-flat position butt-joints, while a coated rod will have some position flexibility. In the picture, the fellow appears to be welding an edge, where powdered flux would fall off one side, for example.

I'm not familiar with the current limitations of the sub-arc process, but I'd suppose there is one, beyond which the wire is too heavy to still be "wire" unrolled from a machine beyond extremely expensive dedicated one-task equipment.

Perhaps someone with firsthand knowledge will clear it up for us, or some further research will provide some answers.

Steve S

[Vince51]

Not sure really. Weldmold makes the rod in the pictures. I'd say a guy could call and ask its advantages over wire fed processes. My guess would be irregular groove shape was a factor. Old man that had the rod I mentioned said 1500 amps was minimum. Subarc seems more welder friendly since its covered. 1500 amps would make a toasty light I imagine.

Vince

[weldin mike 27]

Hey, You're right there, it would put out a bit of heat. Im am going to try a little investigating when i get a chance.

Mick

[weldin mike 27]

Im on the trail, but the website is not working at the moment. grrrr

[Gene]

You won't need any heat in the shop I seen some interesting process's but this take stick welding to a new level. Great picture.

[nathan]

WOW! what an awesome youtube channel! That atomic hydrogen thing seems like a granddaddy to the TIG setup. wasn't it invented in '49?

[qwerty12]

is there full 91 minutes FREE video of this welding film

How to arc weld : tips, tricks and procedures

[jwmacawful]

at first i thought the picture with those huge rods was photo-shopped then i vaguely recall seeing a picture of a large diameter welding rod set up on a spring loaded frame welding stiffeners in a ship bottom. the operator had several of them going at the same time.

[qwerty12]

Is there other parth of this video



http://www.youtube.com/watch?v=2537L5H7NiY
[youtube]http://www.youtube.com/watch?v=2537L5H7NiY[/youtube]