▎ 摘　　要

NOVELTY - The method involves adding graphene oxide mix liquid with anhydrous ethanol. Precursor composition is stored in an ultrasonic metal organic framework that contains graphene oxide. The metal organic framework is heated at about 180 degrees Celsius for 72 hours. Graphene oxide is obtained from the metal organic frame coexisting body. Sodium hydroxide solution is added into the ultrasonic metal organic framework. The polymer casting solution is stored in the coexisting body to obtain high temperature proton exchange component for a glass plate. USE - High temperature proton exchange film manufacturing method for a high temperature proton exchange component fuel battery. ADVANTAGE - The method enables forming chemical bond with suffocated polyphenylene oxide to prepare high temperature proton exchange component and achieving better machinery strength, heat stability and high temperature proton conductivity and oxidation resistance.