Conductive Material TRIZ Cases

Surface indentation and crystal orientation control help Corson copper alloy strip keep bendability while improving pitch accuracy after pressing.

Flexible conductive polymers with acidic polyacrylamides enable self-healing, high stretchability, and linear strain sensing in any direction.

An insulating edge extension lets a rigid 50 μm+ metal-backed circuit board avoid casing-wall contact and preserve transport reliability.

A fluoropolymer hole selective layer improves work function matching while reducing corrosion and water uptake in OPV and OPD photodiodes.

A chemically bonded polymer film on metal conductors resists protein and cell adhesion while preserving long-term implant conductivity.

A conductive polymer sleeve and tie bands give high-purity fluid filters a grounded static dissipation path, reducing ESD risk.

A swollen imidazolium polymer with inorganic nanofibers sustains strong proton conduction above 60°C without humidification.

Conductive polymer-carbon coating layers heat rotor blade airfoils directly, cutting deicing energy use while improving durability and ice removal.

A cellulose ether and conductive polymer aqueous paste lowers surface resistivity in printed conductive layers without evaporation-heavy processing.

A variable-transmissivity photoresist mask patterns transparent conductive polymer into electrodes and bank structures in one etch, reducing cost.

Conductive polymer-coated metal fibers improve lightning strike protection and EMI shielding in composite vehicle parts with less added weight.

Carboxylic acid salt and surfactant help a polyaniline antistatic film limit acid diffusion, form flat coatings, and peel cleanly after writing.

A Fe-Cu-B aluminium alloy conductor raises tensile strength while preserving conductivity, enabling simpler and lower-cost subsea cable designs.

A silicone-urethane resin and conductive polymer contact layer keeps bio-electrodes conductive when wet or dry while reducing skin irritation.

A graphene-layered copper conduit improves RF conductivity by limiting skin effect losses, enabling longer transmission lines and selective resonators.

A double-helix conductive support lets a telescopic hose carry strong electricity while staying flexible, lighter, and wider for higher gas-liquid flow.

A low-resistivity insert carries current between clamp surfaces to cut Joule heating while preserving connector strength and load capacity.

A dissolve-precipitate-redispersion route turns rigid conjugated polymers into stable nanoparticle inks without harsh solvents.

Thermally cleaved side chains create a nano-porous conductive coating that improves ion transport, adhesion, and cycling stability in Si or graphite electrodes.

Pressed surface depressions and annealing give copper bonding ribbons defined roughness for better laser absorption, cleaner surfaces, and more reliable bonds.

A nanowire-polymer bio-electrode improves brainwave detection while reducing MRI image distortion and mechanical weakness.

Inorganic particulate filler and epoxy-functionalized olefin copolymer help camera module LCPs absorb impact while maintaining dimensional stability.

Integrated resistors couple touch-sensor traces so denser conductive arrays can improve sensitivity without enlarging connector area.

A conductive polymer reference connection replaces exotic metal grounding parts to improve signal quality, EMI immunity, and leak resistance.

An ionic silver-salt and silicone resin contact layer maintains skin-electrode conductivity and biocompatibility through wetting and drying.

A two-step droplet coagulation route forms stable, porous PEDOT:PSS particles while preserving electrochemical properties and scale-up uniformity.

A hyperbranched polyester helps conductive carbon black and impact modifiers deliver conductivity without sacrificing tensile strain at break or impact resistance.

Using DNNSA during PEDOT synthesis enables organic-solvent solubility, binder resin compatibility, and conductive coatings without post-treatment.

Visible-light flash annealing stabilizes TCO coating optics, helping tempered and annealed solar-control glass match in appearance.

An ionic polymer and metal powder composition keeps printed wiring conductive during stretching, enabling flexible, lightweight wearable substrates.

A water-based post-cooling coating cuts wire and cable friction during installation while preserving insulation properties.

Photoarylation-based polymerization forms conductive polymer films with high molecular weight, transparency, and conductivity without catalyst removal.

Vinyl sulfone crosslinking helps conductive polymer coatings resist heat, humidity, peeling, and cracking while preserving conductivity.

Intrinsically conductive open-shell polymers avoid harsh dopants and disperse SWCNTs to enable stable, scalable conductive films.

A crosslinked siloxane network locks dopants into thiophene polymers to preserve conductivity under heat and solvent exposure.

Low-scandium aluminum busbar alloys use stable precipitates and aging control to raise strength and creep resistance without losing conductivity.

Multiple crimped portions in an aluminum terminal maintain contact force and suppress resistance growth after heat exposure.

A temperature-controlled continuous flow reactor improves polyaniline molecular weight, conductivity, and purity over batch emulsion polymerization.

Tilting outer pins on a flexible conductive electrode brush aside hair to maintain direct skin contact and improve bioelectric signal capture.

Defined embossed roughness on copper wire improves laser absorption and cuts residues, enabling cleaner, more reliable laser bonding.

This aluminum alloy uses grains no larger than 400 nm and controlled orientation to balance strength with bending workability.

Stranded multi-core cable integrates twisted signal and power wires into a single sheath for compact routing.

A lithium ion secondary battery electrolyte membrane blends a polyanion type lithium salt with a boron compound and an organic solvent.

Heating a lithium zinc chelate complex yields stable p-type powder with controlled carrier mobility for reliable pn junction formation.

A primer layer containing conductive material and polymer prevents delamination of cathode active materials in magnesium secondary batteries.

Pre-coating and silane grafting improve particle stability, resolving low contrast ratio issues in electrophoretic displays.

A polyether rubber composition with onium ion units provides low electrical resistance without external additives.

A basic resistor paste accepts a manganese oxide glass paste to adjust the temperature coefficient of resistance.

Screen-printable PVDF/HFP copolymer paste stabilizes solution viscosity in glycol ether solvents, preventing silver electrode migration and short circuits.