Based on the design of tert-butyl hydrophobic groups and high glass transition temperature, PtBMA has both chemical stability and functional designability, and accurately empowers multiple fields:
Photoresist and electronic packaging: high resolution and thermal stability, used in semiconductor lithography processes and high-frequency circuit substrate packaging to reduce signal loss;
Smart medicine: block copolymers select hydrolysis to generate pH-responsive micelles, targeting the delivery of anti-cancer drugs;
Dynamic Material: Adapted to smart coatings or environmental trigger release systems.