One material that can withstand enormous amounts of heat is tungsten. It melts at 3422 degrees Centigrade and 6192 degrees Fahrenheit. Another is Carbon, which melts at 3527 degrees Centigrade and 6381 degrees Fahrenheit.
Both of these materials are elements and resist heat steadfastly, so when you combine them to make tungsten carbide (which is used in drilling through rock), it becomes enormously heat resistant. While it isn't as heat resistant as the other two elements, it melts at 2870 degrees Centigrade and 5198 degrees Fahrenheit. Tungsten Carbide is much denser than titanium or steel, and it comparable with Corundum.
One thing is a Singularity. This is a point of infinite density, and because of that it probably impossible to melt. An example of a singularity is the point which was the universe before the big bang, which was smaller than a pinhead, much smaller. This is a new hypothetical "Particle" that, because of it's infinite density would be ridiculously hot, but because of it's own pressure could not melt.
Rock exposed to very high temperature and pressure will soften or melt.
It can withstand very high firing temperatures and is stronger as a result.
The temperature in the Colorado desert can get very high. The average temperature of the desert in Colorado is 120 degrees Fahrenheit.
White dwarfs.
space suits can withstand minus 250 to 250 degrees fahrenheit
There are two non-metal materials that come to mind. Ceramics and diamond can withstand high temperatures.
The fuel burning process results in the release of heat that is why the chamber is made of materials that can withstand high temperatures.
There are two non-metal materials that come to mind. Ceramics and diamond can withstand high temperatures.
because it can stay heated longer than other materials. It can also withstand a high temperature. .
a camel withstand high temperatures because they have stored water in their body
Titanium(Ti)
If a substance is thermally unstable it means it breaks down at high temperature. It cannot withstand high temperature.
ceramic can withstand high temperature
Most materials can withstand Jupiter.
because it has high meting point to withstand high temperature.
it is made under high temperature and pressure so it can withstand heat
I'm not sure what you mean by "refactory." Could you provide more context or clarify your question?