Brazing joins metals without melting the base materials, employing a filler metal with a lower melting point that bonds the surfaces via capillary action. The brazing method can combine incompatible metals while preserving the mechanical properties of the base materials, rendering it adaptable for several applications.
Brazing techniques are categorised into two groups according to the heating method: localised (torch, induction, and resistance brazing) and diffuse heating (furnace and dip brazing). Brazing yields cleaner joints and demonstrates greater energy efficiency compared to welding; nevertheless, the joints are generally weaker and less appropriate for high-temperature conditions.
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