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A melting temperature is the temperature at which a metal transforms from solid to liquid. Metals are commonly heated to this level for many different manufacturing processes. It is also a good idea to know your metal’s melting point before exposing it to high heat.

While there are many variables to consider, a melting temperature is a logical start. This temperature is largely influenced by the bond strength of atoms in the material. If the bonds between the atoms are weak, then the material is less likely to melt.

In some cases, a metal may not melt at all. For example, some alloys of aluminum have a melting point of only 865 degF. However, a metal with a low melting point can be useful, such as in a corrosion resistant coating. These types of alloys are used in jewelry and circuit boards.

Another factor to consider is the shape and density of the material. While a metal may be able to withstand a high temperature, it can be difficult to work with if it is not liquid. To keep metals from melting, fusion welding is often used.

While there are many factors that can affect the temperature of a metal, the most important is the bond strength. Bonding is a similar process to soldering. Good wetting is key to successful bonding.

Another factor to consider is the atomic weight. Metals with a high atomic weight have a higher melting point than those with a low atomic weight. Moreover, the melting point is a function of a variety of other variables.

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