Your best bet is a CO2 laser using an O2 jet. However, I doubt if any but the most determined could hobbyist could build that powerful of a laser. Still, CO2 is your best bet.
No. It is the easiest to weld as the metal puddles well, and the heat runs evenly through the joint.
The three ways you would weld stainless steel are; 1. laser 2. friction 3. TIG Only TIG should be considered for nonproduction welding.
seam welding is a process that produces a weld at the faying surfaces of two similar metals where its used depends on which metal you look to weld
joint can be defined as two metals pieces come togather,this can be inform of flat. while in weld the joint is made by fuse both pieces togather
It's when the different metals parts haven't melted together properly
The difference between a full penetration weld and a deep penetration weld is the depth at which the metals being joined are actually joined. A full penetration weld is a slight puncture only to heat the two metals and join them. A deep penetration weld is a deeper hole puncture that is held and a metal wire is melted to join the metals.
A weld is the fusing of materials by melting. Metals, glass, and some plastics can be welded. Not to be confused with brazing, soldering, or glueing.
Not having used a laser to weld , this may be the only one that comes to mind. Oxy -acetylene uses up gas , even though no filler rod may be used, MIG welding uses wire , most other types of welding use some sort of cosumable whether it be rods or coated electrodes , something in the processes gets used to fill the weld or to shield it from contamination. I cannot be sure if some part of a laser is used up in order to make the weld.
Acetylene torches can be used to weld metals together because they have a higher temperature than the metal's melting point.
filler rod Almost all metals produced can be welded. Electrodes/rods of similar or compatible metals are manufactured to weld these metals.
No. It is the easiest to weld as the metal puddles well, and the heat runs evenly through the joint.
The three ways you would weld stainless steel are; 1. laser 2. friction 3. TIG Only TIG should be considered for nonproduction welding.
John Robert Barclay has written: 'The effect of post weld heat treatment on high strength ferrous weld metals'
seam welding is a process that produces a weld at the faying surfaces of two similar metals where its used depends on which metal you look to weld
It is one way to "Stress Relieve" the weld joint. As the weld metal metal cools it contracts and hammering on the weld expands it. On thick sections it is done after every layer of weld. Often used when welding cast iron or other metals with a low COE (Coefficient of Expansion).
A backing bar is utilized when welding thin gauge metals sensitive to atmospheric contamination to provide support and improve weld quality. It helps stabilize the molten weld pool, preventing distortion and ensuring proper penetration. Additionally, the backing bar acts as a barrier against atmospheric gases, reducing the risk of oxidation and contamination on the root side of the weld. This results in a cleaner, stronger weld with fewer defects.
it is an alkyne that burns at about 3500 degrees Celsius, much higher then most metals melting point.