Applications that live in high-temperature environments must choose a metal that can withstand those increased temperatures if not, component failure can happen, destroying the integrity of the part or component. One of the most important reasons is component failure. There are several reasons why the melting temperatures of metals are critical. A metal’s thermal expansion and thermal conductivity are also directly correlated to its melting point, allowing for a more defined systematic approach to working with different metals and how they react to varying temperatures. The exact melting temperature of a particular metal is its equilibrium of a solid and liquid state. The melting point of any metal is categorized as the moment it transforms from a solid to a liquid. For those that work with metal, understanding the melting points of brass, copper, and steel metal alloys is vital to the successful outcome of any project.
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