High-temperature curing processes damage heat-sensitive electronic components and flexible substrates. Reducing thermal stress prevents mechanical deformation and maintains device integrity during manufacturing.

Unprotected optical surfaces suffer from environmental wear and loss of reflective integrity. Mitigating this degradation ensures long-term signal accuracy and device durability.

External light reflecting off internal display components degrades image contrast and visibility. Reducing this optical interference improves display legibility in bright environments.

Inadequate integration of pigments within alkaline-soluble matrices leads to film non-uniformity and poor lithographic resolution. Resolving this ensures consistent optical density and precise pattern development in temperature-sensitive layers.