Depends on what soft metal we are trying to join. But most soft metal joinery is done by brazing or soldering.
It can be controlled by connecting the work lead to tha end of tha weld joint and than welding away from the work leadThe ARC blow can be controlled by connecting the work lead to the end of the weld join. Then you will have to weld away from the work lead.
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it will lead to increased amperage and decreased volts. more penetration and a faster deposition rate
it will lead to increased amperage and decreased volts. more penetration and a faster deposition rate
Weld oxidation weakens metal joints by creating a brittle and porous layer that reduces the strength and durability of the weld. This can lead to cracks, leaks, and ultimately, structural failure.
Electrodes with too much moisture may lead to cracking or porosity.
Weld decay is a form of intergranular corrosion that occurs in stainless steel welds when they are exposed to certain environments, particularly those with high temperatures. This corrosion can lead to degradation of the weld's mechanical properties and overall performance. To prevent weld decay, proper welding techniques and selection of appropriate filler materials are crucial.
The "toes of a weld" refer to the edges where the weld metal meets the base material. This area is critical for assessing the quality and integrity of the weld, as defects or discontinuities at the toes can lead to weaknesses in the joint. Proper fusion and alignment at the toes are essential for ensuring the strength and durability of the welded connection. Inspecting the toes helps ensure that the weld meets specified standards and performance criteria.
in weldi ng the angle is pretty important, too much of an angle will lead to lost filler. a smaller angle (where you are pushing the electrode) causes a wider weld bc. of it relation to the pool. pulling it (larger angle) creates a thinner, taller weld. you would need to practice to see
High wind velocity can cause porosity in a weld by disrupting the shielding gas flow around the weld pool. This can lead to oxidation of the molten metal, resulting in the formation of gas pockets or voids in the weld, which is known as porosity. It is important to ensure proper shielding gas coverage and protection when welding in windy conditions to prevent porosity.
It's when the different metals parts haven't melted together properly
Depends on what you are welding, but generaly welds can meet, or even weld on top of a weld.