Heat resistant gloves are used in industry, laboratories, kitchen, accidents,etc. to handle hot objects.
Heat resistant gloves are also called gloves for fast-roping.
Materials are very different: the best but the most expensive is silicone coated kevlar.
Titanium is highly heat resistant.
Yes, the dining table is heat resistant.
Yes, polyurethane is heat resistant and can withstand high temperatures.
Yes, the fabric of this ironing board is heat resistant.
Yes, the dining table is heat and stain resistant.
Yes, aluminum foil is heat resistant and can withstand high temperatures.
Special laboratory glassware are heat resistant and chemical resistant.
Because the materials form which it is made do not conduct heat very well and because its construction includes a lot of padding which traps air in the glove. Air too is a poor conductor of heat. Because of this poor conduction of heat when you pick up something hot when wearing an oven glove it will take a long time for the heat of the object to get through to your hand and burn you. However, if the oven glove is wet, as water is a good conductor of heat, a wet glove will transmit the heat and you will get burnt.
Because the materials form which it is made do not conduct heat very well and because its construction includes a lot of padding which traps air in the glove. Air too is a poor conductor of heat. Because of this poor conduction of heat when you pick up something hot when wearing an oven glove it will take a long time for the heat of the object to get through to your hand and burn you. However, if the oven glove is wet, as water is a good conductor of heat, a wet glove will transmit the heat and you will get burnt.
no
Silicone!!
Only conductive instruments conduct heat, depending on the material of the instrument. E. g. metal is a good conductor, thus wouldn't be heat resistant. If heat resistant means "still functioning despite the fact that it is hot" then many instruments made with metal parts are heat resistant. Metals have great dimensional stability up to their Curie temperature. Heat resistant instruments are made (usually intentionally) of materials that are not affected (much) by the heat they are expected to endure when in use.