Shear-thinning encapsulation material keeps phosphor uniformly suspended during LED dispensing, preserving lens shape and improving light extraction.
Odor-control agents in the adhesive coating absorb VOCs in automotive cable wrapping tape while preserving adhesion, tearability, and durability.
Specific ionic compounds suppress acid-triggered polymerization during storage while preserving rapid curing of 2-methylene-1,3-dicarbonyl resins.
An auxetic DDAF with an ESD additive helps silicon bridge dies avoid static buildup, cracking, and peeling during singulation.
A layered non-conductive film blocks low molecular weight epoxy migration, preserving storage stability, peel strength, and void-free bonding.
Weather-resistant repair tape restores aging photovoltaic backboards with strong adhesion, insulation, UV resistance, and on-site repairability.
Perfluoropolyether-bonded secondary particles absorb anode volume change, reducing resistance, cracking, and cycle degradation in batteries.
Controlled viscosity drop during heating suppresses adhesive protrusion and voids, helping laminates bond uniformly with less contamination.
Core-shell particles use alloy-shell grain boundary segregation to cut voids and electromigration while keeping die-attach joints lead-free.
A temperature-triggered conductive adhesive lets batteries discharge at high heat, reducing thermal runaway risk without extra components.
Organophosphorus-assisted metal particle bonding improves die-attach heat resistance, reflow reliability, and conductivity without lead.
A thermoplastic composite film bonds mini-LED modules securely yet peels off below 80°C without residue, enabling LED repair and replacement.