The answer depends somewhat on what you mean by "withstand" and how high a temperature you consider to be "high" temperature.
Fiberglass will begin to lose tensile strength as it warms up. The fiberglass fibers will eventually reach a softening point where they will deform easily before they actually melt. The strength, softening point, melting point, and char point of fiberglass also depend on the polymer used with the glass and the way it is extruded and coated. Some fiberglass only handles relatively mild temperatures - perhaps up to 150 °F while others may remain suitable for use at temperatures up around 300 °F. The limiting factor is the temperature at which the resin that is used with the fiberglass begins to degrade - most resins begin to degrade when they get above 150 °F although some can go much higher.
A Pyrex dish is made out of a special type of glass so that it can be used in the oven or microwave. It is made out of soda-lime glass to withstand high temperature.
When it is in an environment where there is a high amount of water vapor in the air, and the glass is a low enough temperature to convert the water from its gaseous form to its liquid form, causing the water to condensate on the glass.
When temperatures changes this can cause the molecules in an object to contract [ at low temperatures ] or to expand [ high temperatures ] . Glass is a fragile object and if the molecules in glass contract or expand quickly this can cause the glass to break . [SRM] .
1. has a high boiling point 2. good conductor of heat 3. does not wet glass does not vaporize easily 4. has a wide temperature range
Depends on the type of glass, but, loosely speaking, "glass" is an insulator. If it is an conductor of heat, it should have metals in it. Some might have oxygen present, which is melted at a very high temperature with soda, or limewater. The sand will mix with the metals (two of them) and form a shiny glass. This is very expensive.
A glass casserole oven dish are made to withstand high temperatures. You can bake at temps as high as 450.
a camel withstand high temperatures because they have stored water in their body
There are two non-metal materials that come to mind. Ceramics and diamond can withstand high temperatures.
Titanium(Ti)
Good optical fiber is made of glass, but inexpensive fiber is sometimes made of plastic.
If a substance is thermally unstable it means it breaks down at high temperature. It cannot withstand high temperature.
Glass, as in fiber optic.
ceramic can withstand high temperature
The fuel burning process results in the release of heat that is why the chamber is made of materials that can withstand high temperatures.
Kevlar is a new special synthetic fiber. This fiber does burn, but can withstand extremely high temperatures. After it catches fire, it is quite difficult to extinguish.
A Pyrex dish is made out of a special type of glass so that it can be used in the oven or microwave. It is made out of soda-lime glass to withstand high temperature.
Temperature affects glass like it does anything else. If the temperature of glass gets high enough, it will melt. There is not a typical melting point for glass, as it depends on the composition.