Non-Insulated Conductors TRIZ Cases

See how amorphous poly(3,4-ethylenedioxythiophene) with silane coupling agent pretreatment prev

See how magnetite particles distributed between conductive elements enable real-time stress mon

See how amorphous or low-crystalline PEDOT adheres uniformly to substrates, preventing peeling

High-pressure airflow milling and classification balance surface area and tap density in silver powder to lower fired film resistivity.

Embedded conductive paths let a double-sided adhesive strip bond parts while carrying power and data through the strip for faster automated assembly.

Valley-placed power and drain wires help a sub-1.0 mm composite cable resist repeated bending while saving wiring space in robots.

A monolayer conductive particle tape uses smooth film surfaces and controlled adhesive thickness to keep resistance stable and reduce PIM.

Surface-held imine stabilizes noble metal particles against agglomeration while enabling dense sintering at 300°C or less.

A single-part water-based coating helps overhead conductors withstand 250°C heat and 90°C water aging while keeping adhesion and bend durability.

A higher-conductivity coating joins twisted micro-strands to keep sub-0.1 mm conductors flexible, conductive, and easier to manufacture.

Interlaced sheet conductors form a central cooling channel that lowers busbar heat while keeping capacitance and magnetic fields balanced.

A bonded inhibitor in anisotropic conductive film blocks electrolyte ions on display metal surfaces, reducing corrosion and screen defects.

Embedded optical fibers enable OTDR damage detection in a lightweight central tension line that cuts sag, friction, and cable resistance.

A flexible helical superconductor wire spreads bending stress to prevent cracking below 15 cm radius and simplify MRI cryostat routing.

A carbon fiber composite core cuts tree-wire sag while raising ampacity 8-12%, helping maintain vegetation clearance and wildfire resistance.