The ability of a tape to withstand a specified temperature under well defined conditions.
Ability of a substance to maintain physical and chemical identity and chemical identity and electrical integrity under specified temperature conditions.
A property of certain fibers, or yarns whereby they resist degradation at high temperatures. Heat resistance can be a quality inherent in a yarn, or it may be imparted by additives or treatment of the resulting fabric.
The ability of a tape to withstand exposure to specified temperatures after it has been applied to a surface.
The temperature at which a bond subjected to a pounds per square inch (PSI) load fails.
The ability of fibers and ropes to resist breakdown, loss of strength, at high temperatures. Heat resistance is normally an inherent property of the fiber used in manufacturing ropes.
The ability of a material to withstand the effects of exposure to high temperatures without any physical or chemical changes.
The ability of a tape to withstand exposure to specified temperatures after application to a surface. Clean removal after exposure may or may not be important depending on the intended function of the type of adhesive.
The ability of rubber to retain its useful properties under the destructive influence of heat.
the ability to withstand the effects of exposure to high temperature. Care must be exercised in defining precisely what is meant when this term is used. Descriptions pertaining to heat resistance properties include boilable, washable, cigarette-proof, sterilizable, etc.
The ability of a coating to remain intact and undamaged after exposure to a predetermined elevated temperature.
Property of a material which inhibits the occurrence of physical or chemical changes caused by exposure to high temperatures.
The ability of tape to withstand high temperatures without failing.
The property or ability of plastics and elastomers to resist the deteriorating effects of elevated temperatures.
A property of certain fibers or yarns whereby they resist degradation at high temperature. Heat resistance may be an inherent property of the fiber-forming polymer or it may be imparted by additives or treatment during manufacture. (Also see HEAT STABILIZED.)
