Blogs relating to orbital welding in the Aerospace industry.
All aircraft, small and large, require a flow system to transport the fluid to different systems that require it. This is done by fluid lines, which are used in transporting combustion fuel, oil, hydraulic fluids, oxygen, coolant, and other fluids critical to the proper functioning of the aircraft. This makes…
The history of TIG welding in aerospace begins with Russell Meredith of Northrop Aircraft Corporation developing the process in the 1940s to facilitate aluminum and magnesium alloy welding. Since then, TIG welding has expanded to almost every manufacturing industry. The welding process has evolved to incorporate advanced technologies that make…
Without a doubt, one of humanity’s most outstanding achievements occurred in July 1969 when Neil Armstrong took “one small step for man, one giant leap for mankind.” The moon landing by Apollo 11 was the culmination of nearly a decade of overachievement by NASA encouraged by the space race that…
The properties of tungsten change when it is alloyed with thorium. For instance, a thoriated tungsten electrode has a greater current carrying capacity than pure tungsten. This allows it to carry more heat and reduces the potential for tungsten inclusions. It also makes a weld arc easier to start and…
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