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| Polyimide rod, long-term use temperature range of -269~300℃, Short-term usage temperature can reach up to 400℃. | |||||||||
Polyimide (PI), abbreviated as PI, refers to a type of polymer with an imide ring(-CO-NR-CO-) on the main chain, and is one of the organ ic polymer materials with the best comprehensive performance. lt has Short-term usage temperature can reach up to 400℃,long-term use te mperature range of-269~300℃, no obvious melting point in some part s,high insulation performance,low dielectric constant, etc.
Due to its outstanding characteristics in performance and synthesis, polyimi de has been fully recognized for its enormous application prospects, wheth er as a structural material or a functional material.It is known as a "problem -solving expert" and believes that "without polyimide, there would be no microelectronics technology today ". lt is also one of the most promising engineering plastics of the 21st century
JUTAIPI®NA is divided into raw materials (powder) and processing profiles (sheet, rod, ring,etc.) and finished co mponents, mainly used for manufacturing gaskets,bearin gs, valve seats,seals, transmission parts, insulation parts and other components, They are widely used in aerospace, electronic and electrical industries,semiconductor industri es, automotive industries,precision instruments,industrial robots, plasma cutting, and other fields.
Polyimide (PI), abbreviated as PI, refers to a type of polymer with an imide ring(-CO-NR-CO-) on the main chain, and is one of the organ ic polymer materials with the best comprehensive performance. lt has Short-term usage temperature can reach up to 400℃,long-term use te mperature range of-269~300℃, no obvious melting point in some part s,high insulation performance,low dielectric constant, etc.
Due to its outstanding characteristics in performance and synthesis, polyimi de has been fully recognized for its enormous application prospects, wheth er as a structural material or a functional material.It is known as a "problem -solving expert" and believes that "without polyimide, there would be no microelectronics technology today ". lt is also one of the most promising engineering plastics of the 21st century
JUTAIPI®NA is divided into raw materials (powder) and processing profiles (sheet, rod, ring,etc.) and finished co mponents, mainly used for manufacturing gaskets,bearin gs, valve seats,seals, transmission parts, insulation parts and other components, They are widely used in aerospace, electronic and electrical industries,semiconductor industri es, automotive industries,precision instruments,industrial robots, plasma cutting, and other fields.
