Feldspar
You are probably thinking of the material called terracotta, which is fire resistant.
Fiberglass is inherently fire-resistant to some extent due to its composition, which includes glass fibers that do not burn. However, it is not completely fireproof; it can melt or degrade at high temperatures. Fire-resistant coatings can enhance its fire performance, but the overall fire resistance can vary depending on the specific type and formulation of the fiberglass used. Always refer to manufacturer specifications for detailed fire resistance ratings.
by how can you find measures of variation?
Wood is not inherently heat resistant; it can catch fire and burn at relatively low temperatures, typically around 300°F (149°C). While it can withstand some heat without igniting, prolonged exposure to high temperatures can lead to charring and combustion. Additionally, the heat resistance of wood varies by species and moisture content, with denser woods generally offering slightly better performance. Therefore, it's important to use wood carefully in areas exposed to high heat.
One of the difference is that mineral foundation is more expensive But on the positive side you will find that mineral foundation is more Water Resistant and it offers a Natural UV protection
Mortar is not inherently fire resistant, as it is typically made from a mixture of cement, sand, and water, which can be damaged or weakened by extreme heat. However, specific additives or fire-resistant coatings can be incorporated into the mortar mix to improve its fire resistance.
one will turn you into char and the other will make bacon.....you decide which is which
Heat resistance: Asbestos is able to withstand high temperatures without melting. Insulating properties: Asbestos is a good insulator against electricity and heat. Durability: Asbestos is strong and resistant to chemical damage. Flexibility: Asbestos fibers can be woven into fabrics without breaking. Fire resistance: Asbestos is highly resistant to fire and does not easily ignite.
The substance that is heat resistant will withstand high temperatures longer than a similar substance that isn't considered heat resistant. compare to Fire resistant and Flame resistant while flame/fire resistance is a function of combustibility, heat resistance is usually associated with the shape the substance normally retains. example? Ice melts at 32F (aka zero C) so if someone could invent an Ice Sculpture that didn't melt until 132F (or even 60F) they could call it heat resistant (and make a fortune to boot)
No, onyx is not flammable as it is a type of chalcedony mineral composed of silicon dioxide and is resistant to high temperatures. It is safe to keep onyx gemstones near heat sources without risk of catching fire.
Yes, sheetrock is fire resistant.
flouride
Sulfur is the mineral commonly used to make fire because it catches fire easily and burns with a blue flame, producing heat and light.
Titanium is highly heat resistant.
No, asbestos is not a magnetic substance. It is a naturally occurring mineral that is heat-resistant and was once commonly used in construction materials.
Steel is inherently more flame resistant.
Fire is not a mineral