Pre-curving the substrate before layer bonding reduces thermal-mismatch peeling and offset in curved electronic manufacturing.
Contact holes and conductive films link touch electrodes through a thick insulating layer, cutting RC delay while avoiding non-contact defects.
Modified end mesh portions use dissimilar pitch relationships to prevent line collapse and reduce conductive-line visibility in displays.
An ionic carbon-polymer bio-electrode maintains skin-safe conductivity during wetting and drying for stable wearable signal detection.
A chromium oxide underlayer lets nickel temperature sensor films keep high TCR after heat treatment while improving adhesion on resin bases.
An elastic core, polymer film, and metal laminate create bendable terminals that connect across angles while improving mounting and corrosion resistance.
A flexible adhesive epicardial electrode maintains precise ECG monitoring during heart repositioning without suction-related tissue damage.
A curable CNT ink forms transparent conductive films with stronger adhesion and better abrasion and etching resistance without losing conductivity.
A basic-compound-stabilized conductive polymer composition suppresses acidic migration and film contaminants to protect e-beam resist patterns.
Simulation-guided dielectric wall height selection flattens electrode current density, reducing tissue damage and corrosion risk.
A dual resin cover lets a mesh conductor lower sheet resistance while absorbing surface steps to keep display wiring bodies flat.