Conductive Material TRIZ Cases

Compatibility agents resolve aqueous-solvent incompatibility to prevent aggregation and reduce material costs.

Amorphous carbonaceous material with doping element manages exothermic reactions to prevent internal short circuits and explosions.

A semiconducting ink formulation uses a second solvent to adjust surface tension for precise organic thin film transistor printing.

Europium complex in EVA resin absorbs ultraviolet light and emits red fluorescence to boost solar cell conversion efficiency.

A composite conductive material combines polythiophene, fluorinated dopant polymer, and metal nanowires to form uniform films.

Optimized Co-Si ratios suppress overage softening during aging, resolving the trade-off between alloy strength and electrical conductivity.

A drawable electrode uses a porous conductive layer and user-applied material to create custom-shaped electrical connections.

Composite binder balances curing density and reworkability to resolve low glass transition temperature issues.

A dispersing element containing copper oxide, a reductant, and a dispersing agent forms conductive patterns via plasma or laser sintering.

A transparent conductive film uses a water-resistant third resin layer to separate metallic wire and polymer layers.

A new compound semiconductor material enables high ZT value and low thermal conductivity.

A sputtering target containing indium and rare earth oxides forms crystalline oxide semiconductor films with controlled electron carrier concentration.

Segmented heat processing balances yield strength and electrical conductivity while preventing drooping curl in electronic material production.

Bi-indoline-dithione polymers resolve the trade-off between solution processability and charge transport speed by incorporating dithioisoindigo moieties.

A fullerene and PEDOT:PSS mixed solution forms a transparent conductive film via wet coating on flexible substrates.

Molybdenum niobium oxide adhesive layers prevent peeling during etching when pattern linewidths narrow.

Thermally decomposable polymer adjusts ink viscosity to form thick metal layers, reducing sheet resistance and manufacturing complexity.

A fluorinated sulfo polymer compound enables organic solvent processing for conductive applications.

Elemental sulfur filler physically reinforces thermoplastic polymer matrices to boost stiffness without chemical bonding.

Replacing lead with bismuth-tellurium-oxide in thick film paste reduces silver content while maintaining electrode adhesion and conductivity.

A copper alloy conductor with dispersed tin oxide grains achieves high tensile strength.

Cis-decalin prevents thiophene aggregation in organic semiconductor ink, ensuring stable layer formation and reliable thin-film transistor performance.

A magnesium die casting alloy composition improves thermal and electrical conductivity through optimized zinc and aluminum levels.

Fluorinated polyacid doping reduces water absorbance and molecular aggregation in hole injection layers, extending device lifetime.

Reflow-treated Sn and Cu-Sn alloy layers on a copper base lower connector inserting force while resisting fretting corrosion.

Copolymerizing selenophene with thianaphthene improves film quality and electrical conductivity beyond pure polyselenophene limits.

Transparent thermoplastic composition uses perfluoroalkylsulfonic acid salts to produce electrical conductivity without compromising optical clarity.

A silver paste containing rhodium resinate controls film shrinkage during firing to prevent micro-crack formation and contact resistance increase.

An Ag-In composite surface layer reduces friction while maintaining conductivity, solving the trade-off between electrical reliability and insertion force.

Tetra-aryl indacenodithiophene polymers improve solubility and synthesis ease while maintaining high semiconducting properties for organic electronics.

An electrically conductive polymer interconnects separate waveguide substrates, simplifying manufacturing and reducing multilayer complexity.

A low polarity nano silver gel stabilizes silver nanoparticles to prevent film cracking during annealing and improve shelf stability.

Polyolefin resin composition with polyaniline nanofibers and compatibilizer resolves conductivity compatibility trade-off.

A lead-free conductive composition uses cuprous oxide and specialized glass frits to form reliable conductors.

Surface modification creates covalent and electrostatic bonds between electrode components, resolving poor particle-collector contact in lithium batteries.

Doping TMHCF with metal ions stabilizes the framework and enhances electron transport, resolving low conductivity and short cycling life issues.

Solution-based CIGS ink replaces costly vapor deposition by using inorganic salts to tune stoichiometry, promoting grain growth while reducing production costs.

A copper-clad alloy wire additive dissolves in molten copper to enhance material properties.

Gentle mixing prevents aggregation in polyaniline dispersions, enabling smooth film formation.

Polymeric dispersants with distinct molecular weights enable voltage-selective particle movement in electrophoretic display systems.

A core-shell microstructure material composition uses a glass shelled-structure to wrap conductive cored-structures.

Density-matched composite pigment particles eliminate settling in electrophoretic fluids while maintaining color contrast.

Integrating coloration filler into the polyimide matrix eliminates separate coating layers, resolving thermal resistance trade-offs for LED manufacturing.

Titanium copper alloy maintains bending workability after beating by controlling work-hardening exponent and X-ray diffraction intensity ratios.

A cross-linked PVDF-based polymer actuator incorporates an ionic liquid into the matrix to eliminate sealing issues and improve thermal stability.

A miniaturized ECG cable uses resistive wires wound around a core to absorb defibrillation energy while maintaining low inductance for bio-impedance measurements.

A solar cell electrode paste composition combines nano and submicron conductive powders to optimize particle packing density.

Parallel power and optical fiber components within a flame-retardant layer reduce laying difficulty in vertical shafts.

Ag-coated carbon nano tubes reinforce silver matrices, reducing cadmium oxide toxicity and abrasion wear.