Conductive Layers On Insulating-Supports TRIZ Cases
- Transparent Wiring Board Layout for Uniform Antenna Current
Orthogonal transparent wiring with recessed sidewalls evens antenna current distribution while preserving display transparency and conductivity.
- Copper Particle Composition for Thick Aerosol Jet Conductors
Mixed-volatility solvents and shaped copper particles improve atomization while building thick, oxidation-resistant aerosol jet wiring.
- Conductive Particle Dispersion for Fine Printing on PET Substrates
A dual-molecular-weight dispersant stabilizes metal particle inks for smooth, low-resistance printed films on heat-sensitive PET at low sintering temperatures.
- MXene Conductive Film With Partial Metal Coverage for Thickness Conductivity
Partial metal coverage on MXene improves thickness-direction conductivity while preserving surface terminals for higher capacitance and lower impedance.
- Low-Moisture Conductive Laminate for High-Temperature Wire Stability
Low-moisture organic films and a multilayer fine metal wire structure prevent wire disconnection in touch-panel laminates under heat.
- Embedded Silver Nanowire Electrode for Stretchable Adhesion Stability
Partial embedding and plasma-treated film improve silver nanowire adhesion, preventing cracking and preserving conductivity under stretch.
- Transparent Conductive Film for Selective Dual-Side Laser Etching
A UV-absorbing resin substrate blocks laser penetration, enabling selective etching of one conductive layer while preserving thin, foldable touch panels.
- Dual-Sided Conductive Film for Resistance Balance and Curl Control
Matched resistance on both film faces and pre-heating before protection help prevent curling, shrinkage, and wiring failure in touch panels.
- Conductive Electrode Layering for Low-Resistance Radio Antennas
A low-resistance surface layer over conductive paste cuts electrode resistance while preserving shape accuracy and antenna reliability.
- ITO-Oxide Layered Film for High Transmittance and Low Resistance
An oxide overlayer on ITO preserves high visible transmittance while limiting annealing-driven resistance increase in transparent conductive films.
- Conductive Adhesive Film With 3D Metal Network for Low Contact Resistance
Metal-coated particles form a continuous 3D porous network in the adhesive layer, cutting contact resistance and improving conductivity.
- Conductive Composition for Low-Temperature Conductive Image Recording
Low-molecular hydrazine treatment agents keep metal particles dispersed yet removable by drying, enabling conductive images without high-temperature firing.
- Transparent Conductive Film With Hexagonal Tungsten Bronze
Removing water during film formation preserves hexagonal alkali tungsten bronze, lowering resistance while keeping transparency and NIR reflection.
- Transparent Conductive Film Structure for Optical Consistency
Matched-index nanoparticles and dendrimer protection help metal nanowire films suppress etching marks, corrosion, and ion migration.
- Crystalline Lithium Oxide Vapour Deposition Without Post-Annealing
Co-depositing lithium, oxygen, and transition metals onto a 150-450°C substrate forms smooth crystalline cathode films without post-annealing.
- Transparent Metal Nanowire Networks With Halide Fusing
Halide anions fuse silver nanowires into transparent conductive networks with low sheet resistance, avoiding brittle ITO and high-temperature deposition.
- Transparent Conductive Film Overcoats for Stable Sparse Metal Networks
A noble-metal-ion polymer overcoat stabilizes sparse metal conductive layers and lowers sheet resistance after heat processing on flexible films.
- Conductive Piezoelectric Multilayer Film for Transparency and Color Control
A refractive-index-matched coating stack improves transparency and suppresses yellowing in conductive piezoelectric films for touchscreens.
- Foldable Display Digitizer Coil Layout for Sensing Continuity
Lower-layer loop coils and anisotropic conductive films maintain input sensing across a foldable display area without separate metal plates.
- Smart Insole SpO2 Monitoring and Stimulation for Diabetic Wounds
PPG-based SpO2 monitoring and flexible electrode stimulation in a wearable insole support early diabetic foot wound care and healing.
- Transparent Conductive Film Laminate for Bendable Conductivity
Alternating oxide and sulfur-organic layers with a metal layer keep transparent films conductive during repeated bending for flexible optoelectronics.
- Copper Particle Coating for Low-Temperature Sintering
A copper salt coating on copper particles lowers sintering temperature while suppressing oxidation and reducing conductor film resistance.
- Touch Sensing Layer Barrier Structure Against Oxide Shorting
A metal nitride barrier layer blocks oxide formation between sensing insulation and conductors, preventing shorts while preserving touch sensitivity.
- Double-Sided Cu Conductive Film for Narrow-Bezel Touch Screens
Cu and Cu-alloy layers replace silver paste to keep 5 μm wiring conductive, enabling wider display areas and narrower touch-screen bezels.
- Stretchable Silver Nanowire Electrode With Embedded Adhesion Layer
Partial embedding and plasma-treated PDMS improve silver nanowire adhesion, preventing cracks under stretching in wearable electrodes.
- Metal Mesh Touch Panel Blackening for Low Reflectance
Sequential vacuum deposition of metal and blackening layers limits oxide formation, improving adhesion and keeping touch panel reflectance low.
- Multilayer Electronic Component Side Margins Using Dual-Modulus Compression
Dual-modulus elastic compression attaches ceramic side margins to unit chips, preventing cutting defects while improving moisture resistance.
- Low-Temperature Conductive Paste for High-Conductivity Printed Films
Low-melting solder and conductive filler form printed films with lower resistance, avoiding vacuum deposition and protecting organic semiconductors.
- Silver Particle Wiring for Repetitive Bending on Flexible Substrates
Controlled silver particle sintering and ethyl cellulose paste keep flexible-substrate wiring conductive through repeated tight-radius bending.
- Silver Ink Composition for High Conductivity With Lower Silver Content
Flake silver powder, oleic acid coverage, and high-molecular-weight resin maintain printability and conductivity with less silver and 60-second baking.