Brazing and soldering are two processes meant to serve the purpose of bonding two dissimilar metals. A joining filler metal or alloy is inserted between the two metals, in molten form and then heated at a high temperature. The only difference between the two processes by definition is that brazing is carried out at higher temperatures as compared to soldering. Accordingly for brazing the filler metal being used should have a liquidus temperature of above 840 degrees Fahrenheit or 450degrees Celsius, whereas in soldering the liquidus temperature of below 840 degrees Fahrenheit.
Apart from the above difference, the differences in these two processes are marked by a difference in the requirements of braze joints. The strength levels required, the design specifications demanded, all these determine what process is a more suitable.
To have a closer look at the two processes, make a comparative analysis on various criteria like cost effectiveness, flexibility, strength and process control, and to be able to make a judgment regarding which process is suitable for what kind of joints needs, read the complete article.
Apart from the above difference, the differences in these two processes are marked by a difference in the requirements of braze joints. The strength levels required, the design specifications demanded, all these determine what process is a more suitable.
To have a closer look at the two processes, make a comparative analysis on various criteria like cost effectiveness, flexibility, strength and process control, and to be able to make a judgment regarding which process is suitable for what kind of joints needs, read the complete article.
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