Standard monolithic materials fail to provide high mechanical strength while maintaining low density for vehicle components. Optimizing this ratio reduces energy consumption without compromising safety.

High-voltage motor environments cause rapid breakdown of standard polymers. Preventing thermal and electrical failure in enameled wires ensures long-term reliability in electric vehicles.

Inadequate adhesion between heterogeneous substrates leads to mechanical failure and delamination in high-stress environments. Improving bond integrity ensures structural reliability in batteries, electrical equipment, and polishing pads.

Inconsistent surface properties and poor adhesion in carbon-based coatings lead to electrical leakage or thermal instability. Uniform coating integrity prevents material degradation and performance loss in high-stress environments.