Conductive Material TRIZ Cases

Acoustic mixing stabilizes polyaniline synthesis without emulsifiers, eliminating tedious dopant separation and improving conductivity.

Soft dilute copper alloy conductor with recrystallized structure provides high conductivity and flexibility for audio video cables.

Random copolythiophenes with alkyl side chains enable solution processing in non-chlorinated solvents while maintaining high charge mobility.

Carbon-doped indium oxide films boost electrical conductivity and light transmittance.

Composite conductive polymer binders lower charge transfer resistance and improve electrode stability, enabling higher specific power and energy density.

Photocurable polymer crosslinks to form a template for conductive polyaniline patterns, eliminating complex lithographic steps.

A hybrid cable merges optical fiber lines with electrical conductors inside a single sheath.

Partial tin plating on the copper bus bar prevents adhesive deterioration at high temperatures, maintaining sealing properties.

Fluoropolymer inkjet ink uses conductivity salt to enable continuous printing on PTFE wires with durable markings.

Ionic liquid doped thermoplastic polyurethane maintains conductivity at low humidity without mechanical degradation.

Gemini surfactant enables aqueous antistatic agent application on hydrophobic resist surfaces, preventing electrification without damaging film integrity.

Thick film silver paste uses rhodium resinate to form electrodes with improved adhesion.

A method for producing aluminum wire uses rapid softening treatment within 10 seconds to maintain elongation during diameter reduction.

Transparent conductive ink compositions enable flexible electro-active ophthalmic lenses.

Specific glass frit oxide ratios in the electrode paste maintain ohmic contact and reduce line resistance despite narrower light-receiving face lines.

A polyimide intermediate transfer member incorporates carboxylic acid functionalized fluoro components to enable self-release from metal substrates.

Adsorbing polymers transfer inorganic particles from aqueous to organic phases, eliminating costly solvent transfer processes and flocculation.

Group VB-VIIIB metal powders stabilize polyamides against heat ageing degradation above 140°C.

A hybrid cable assembly combines a nylon jacket and fiberglass wrap to meet UL 1277 and UL 854 standards for direct burial and service entrance applications.

A copper alloy containing nickel and silicon achieves high strength through fine gamma prime precipitation.

A copper-titanium alloy with controlled titanium concentration fluctuations improves mechanical balance.

Triazinethiol organopolysiloxane forms strong chemical bonds with gold, silver, or copper to resolve insufficient adhesion in silicone rubber primers.

Mechanically deformed metal particles in glass frit matrices reduce contact resistance and enhance adhesion without requiring additional plated metals.

A copper alloy sheet balances tensile strength and electric conductivity through controlled precipitate distribution.

Controlled diffusion creates a metallurgical bond exceeding 40 MPa, enabling torsion and spiraling without interface separation.

A functionalized organosiloxane network coating traps silver ions on conducting members.

Elevating the rare earth oxide buffer to 750-1250°C during epitaxy transforms it into a nitride alloy, reducing lattice mismatch and strain.

A conductive metal ink composition enables uniform roll printing of fine patterns using a specialized organic silver complex and dual-vapor-pressure solvent system.

Metal additives in silver paste reduce series resistance by strengthening the silver-silicon interface.

PEDOT:PSS mixed with graphite and silicon oxide resolves conductivity and transparency trade-offs in LED displays.