Conductive Material TRIZ Cases

A recessed relief pattern keeps functional ink on the paper surface, improving printed electronics while preserving recyclability.

A urethane-sulfonamide salt resin contact layer maintains conductivity during long wear while reducing skin irritation and peeling.

A fibrous grain aluminum alloy balances tensile strength, conductivity, and bending workability for conductive, battery, spring, and fastening parts.

An amphiphilic polymer binder blend improves PEDOT/PSS coating adhesion and water resistance while avoiding high-boiling solvents.

Asymmetrically dihalogenated benzofused units improve synthesis, solubility, morphology, and charge transport in organic electronic materials.

A single transmissivity-tuned photoresist mask forms display electrodes and bank patterns together, cutting masks, process time, and cost.

Matching the neutral conductor coating and screen contact metal suppresses galvanic corrosion in underground low-voltage cables.

A polyaniline coating with carboxylic acid salt dissipates charge while limiting acid diffusion and enabling clean film removal after e-beam writing.

Pulsed-light heating forms fine copper and silver nuclei into a low-resistivity, oxidation-resistant alloy for wearable conduction parts.

An N-vinyl carboxylic acid amide polymer stabilizes PEDOT-PSS dispersions during long storage and temperature swings while preserving conductivity.

Heat treatment and staged cold drawing help Cu-Ag probe-pin wire reach 300 HV hardness while keeping specific resistance at 3.0 μΩ·cm or less.

Lower-melting outer fluoropolymer layers fill conductor voids while a higher-melting core maintains z-axis spacing during multilayer bonding.

A saccharide additive helps polymer electrolyte membranes hold water, improving ion conductivity and dimensional stability at high temperature or low humidity.

Intrinsic open-shell polymer design delivers high conductivity without harsh dopants, improving ambient stability and SWCNT dispersion.

Twisted and woven multi-core flat wire improves flexure resistance for repeated U-bending and dynamic bending in automation equipment.

A polymer-sulfonic acid coating on carbon allotropes dissipates static charge while preserving durability, visibility, and surface compatibility.

Intrinsic open-shell conjugated polymers deliver tunable conductivity and stable composites without harsh dopants or difficult SWCNT processing.

Heteroatom side chains and nitrogen, boron, phosphorus, or antimony anion dopants raise polymer conductivity while suppressing dedoping.

A dynamic single-ion conductive network uses diol-linked coordination units to preserve conductivity, self-heal damage, and suppress metal dendrites in batteries.

Fluorinated acid dopants and a tuned solvent system cut residual moisture, improve spray or inkjet film uniformity, and suppress stray OLED emission.

DNNSA-doped PEDOT stays soluble in organic solvents and binder resins, avoiding post-treatments while enabling conductive, corrosion-protective coatings.

Trace AlZr alloying improves weldability and grain refinement in power cable joints while limiting porosity, resistive heating, and conductivity loss.

Nickel phosphides plus sulfur and phosphorus help copper connector alloys keep machinability, strength, and conductivity with much less lead.

Mixed copper alloy and soft copper wires let an endoscope cable keep shielding and durability while improving pliability for easier connection work.

Tin powder, organic acid compounds, and lead-free solder cut resistivity and deliver silver-paste-like conductivity at lower cost.

Pulsed visible-light annealing tunes TCO or semiconductor coatings so tempered and annealed glass keep closely matched optical properties.

A crosslinked conductive polymer film maintains bio-signal sensitivity on wet skin while reducing swelling, detachment, and irritation.

A fluorosulfonic dopant polymer helps transparent bio-electrodes stay conductive when wet or worn long term while reducing skin irritation.

A metal-free conductive layer and fluoropolymer cap dissipate electrostatic charge while preserving UV transparency in planarization superstrates.