Due to the strong activity of the Seamless Titanium Tube Grade 2, the welding temperature of the titanium tube, the protective effect of the shielding gas, and the welding environment are more stringent in the welding of the Grade 7 Titanium Tube, and a little carelessness will cause greater welding quality. If the impact is serious, the product will be scrapped. The practice has proved that: through the analysis of the main factors affecting the welding quality, the key welding process is determined, and the control of the environment, personnel, welding parameters and methods during the welding process is strengthened, which can effectively ensure that the welding quality of the titanium tube material is further improved. Improve to prevent the emergence of welding waste.
In recent years, a new type of gr9 titanium tube has been widely used. Because of its lightweight, high strength, and corrosion resistance, titanium alloys are widely used in aerospace, petrochemical, and machinery manufacturing fields, and are currently being used in the construction of piping systems for surface ships for the first time. However, because the titanium alloy is a highly active metal, it has a great affinity for oxygen, hydrogen, nitrogen, and other gases at high temperatures, that is, it has a strong ability to absorb and dissolve gases, especially during the welding process. This ability is accompanied by an increase in welding temperature, which is particularly strong. The practice has proved that if the absorption and dissolution of titanium alloys and oxygen, hydrogen, nitrogen, and other gases are not controlled during welding, the product will eventually be scrapped. Therefore, the welding of titanium pipe joints must be effectively prevented and controlled to meet the quality requirements of welding.
In recent years, a new type of gr9 titanium tube has been widely used. Because of its lightweight, high strength, and corrosion resistance, titanium alloys are widely used in aerospace, petrochemical, and machinery manufacturing fields, and are currently being used in the construction of piping systems for surface ships for the first time. However, because the titanium alloy is a highly active metal, it has a great affinity for oxygen, hydrogen, nitrogen, and other gases at high temperatures, that is, it has a strong ability to absorb and dissolve gases, especially during the welding process. This ability is accompanied by an increase in welding temperature, which is particularly strong. The practice has proved that if the absorption and dissolution of titanium alloys and oxygen, hydrogen, nitrogen, and other gases are not controlled during welding, the product will eventually be scrapped. Therefore, the welding of titanium pipe joints must be effectively prevented and controlled to meet the quality requirements of welding.
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