In brazing, achieving proper alignment of components is necessary to:

Achieving proper alignment of components in brazing is critical in order to prevent joint defects. When components are misaligned, it can lead to inconsistent gaps between the surfaces to be joined, which may result in weak joints or incomplete braze fill. Proper alignment ensures that the brazing filler metal can achieve the desired capillary action, which is essential for properly filling the joint and creating a strong bond. Misalignment can lead to areas where the filler metal cannot penetrate fully or evenly, potentially causing issues such as voids, weakness in the joint, and overall failure under stress or load.

By focusing on precise alignment, you create optimal conditions for the brazing process, allowing for better control over how the filler metal flows and solidifies. This ultimately contributes to the reliability and performance of the final assembly, making it crucial to prevent any defects that could compromise functionality or structural integrity.