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You can melt a diamond, because anything can melt given enough heat. Diamond, however, has the highest melting point of any known mineral: 3820 degrees Kelvin, 6416.33 degrees Fahrenheit, or 3546.85 degrees Celsius.
Melting temperature and hardness of minerals Railsback's Some Fundamentals of Mineralogy and Geochemistry LBR Hard ne ssMeltingPlot06 2/2008 The plot at left shows that there is a general correlation between melting temperature of minerals and their hardness. This relationship is most striking for the native metals, which are con-nected by a curve here. However, the correlation holds for all the minerals shown with filled symbols (r 2 = 0.733). The reason for this relationship is that both melting temperature (a measure of susceptibility to thermal destruction) and hardness (a measure of susceptibility to mechanical destruction) depend on bond strength. Minerals with three-dimensional frameworks of covalent bonds have great hard-ness and high melting tempera-tures; diamond is the ultimate example. At the other extreme,