Conductive Material TRIZ Cases
- Ceramic-Coated Heater Composition for Water and Air Use
Acrylic wax and ceramic additives strengthen heater coating adhesion, resisting corrosion and heat while cutting energy use in water or air.
- Layered Thermoelectric Material for High ZT Energy Conversion
A layered rare-earth thermoelectric composition boosts Seebeck coefficient and conductivity while suppressing heat flow for better cooling and power generation.
- Composite Electrolyte Membrane Reinforcement for Humid High-Pressure Use
A reinforced mesh-polymer electrolyte membrane preserves strength and chemical resistance under high humidity and pressure in hydrogen pumps and electrolyzers.
- Cu-Ag Alloy Wire Composition for Ultrafine Strength and Conductivity
A radial Ag concentration gradient helps ultrafine Cu-Ag wire retain tensile strength, conductivity, and bending fatigue resistance.
- Extruded Aluminum Wire Grain Control for Uniform Strength
Controlled grain size and misorientation in extruded aluminum wire improve strength uniformity along the full length while preserving conductivity.
- Copper Alloy Composition for Conductivity and Heat Resistance
Trace Mg and impurity control let this copper alloy keep 97% IACS conductivity while resisting hardness loss at temperatures of 260°C or higher.
- Zinc-Aluminum Grounding Element for Low Contact Resistance
A zinc-aluminum alloy coating on steel grounding elements resists corrosion and keeps contact resistance low at lower cost.
- Silver-Silicon Bonding Material for Low-Temperature Sintering Reliability
Silver and silicon particles form an atomic-level sintered interface that improves bond strength and thermal fatigue resistance.
- Conductive Anti-Icing Coating for Durable Low-Energy Rotor Blades
A conductive layer plus nanomaterial topcoat heats rotor blade surfaces quickly, dissipates charge, and cuts deicing energy demand.
- Carbon-Coated Silicon Oxide Anodes for Irreversible Capacity Loss
Supplemental lithium and carbon-coated silicon oxide anodes curb first-cycle loss and stabilize high-capacity lithium-ion battery cycling.
- Subsea Cable Conductors With Insulated Wires to Suppress Skin Effect
Low-conductivity wire insulation suppresses AC skin effect, raising subsea cable power density while improving fatigue resistance.
- Touch Sensor Connection Line Structure for Low Resistance
A nested connection line and protruding electrode lower resistance and defects, improving touch sensitivity in large-area displays.
- Soluble-Coated Composite Material for Controlled In-Body Expansion
A soluble coating lets a porous substrate composite stay compact during delivery, then expand at the implant site via moisture, temperature, or pH.
- Transparent Nickel Complex Ink for Ultra-Thin MLCC Electrodes
Particle-free nickel complex ink enables MLCC internal electrodes below 400 nm while improving adhesion, lamination, and layer density.
- Stainless Steel Coated Conductive Wire for Bending Fatigue
An Fe diffusion layer between a copper core and stainless steel coating boosts wire strength and bending durability without sacrificing conductivity.