Low-temperature heating of MOF spin-coat compositions forms low-index films while improving plastic-substrate compatibility and shelf-life.
Micro phosphors and oxide nanoparticles cut reflection and convert harmful UV into visible light to improve tandem solar cell stability.
A sol-gel glass coating raises surface resistance and blocks moisture and ion migration to reduce PID in photovoltaic modules.
A multilayer perovskite coating uses antireflection and hydrophobic layers to resist water damage, haze, and lead leakage.
Hollow particles in a polysilsesquioxane binder deliver low-index antireflection coatings without fluoroalkyl silanes, avoiding phase separation.
A silsesquioxane-based hard coating balances foldable window durability, impact resistance, clarity, and fingerprint resistance.
Air-layer silica filler cuts 1500 nm reflectance for LiDAR while the epoxy matrix maintains strong adhesion on aluminum housings.
Silica filler with internal air layers cuts 1,500 nm reflection and optical noise while keeping strong adhesion to aluminum housings.