Adhesive Processes TRIZ Cases

This block copolymer adhesive composition prevents wafer breakage and stripping during thinning by maintaining a Young's modulus of 0.1 GPa or greater at 23°C.

Block copolymers and core-shell particles increase thixotropy without compromising adhesion.

Integrating a conductive layer within laminate sheets eliminates wire bonding, reducing total thickness below 200 μm while maintaining flexural stiffness.

Furfuryl alcohol impregnation enhances maple hardness to resist high-pressure cleaning damage while avoiding teak deforestation.

Regularly dispersed fillers in a resin layer reduce the thrust required for thermocompression bonding while maintaining connection reliability.

UV-cure conductive adhesive cures at room temperature to bond test probes, eliminating thermal damage risks during attachment.

An insert modifies the thermoplastic intermediate layer thickness to create a wedge angle, eliminating ghost images without expensive wedge foils.

Charged nanoparticles on carbon nanotubes enable electronic separation, eliminating heavy mechanical actuators.

In-situ functionalization anchors carbon nanotubes to substrates using self-assembled monolayers, resolving poor adhesion and high contact resistance.

Coarse outer layers contain fine center fibers, preventing scattering while maintaining thermal insulation.

Pre-cutting continuous fiber plies to precise contours before consolidation prevents interlaminar slippage and removes post-forming edge machining.

Capillary action draws adhesive into the wicking layer to create a chemical bond that eliminates polymeric creep and removes compression nuts.

A cement composition uses low vapor pressure organic solvents to bond rubber components in tire fabrication.

Core-shell rubber particles in the hybrid matrix resolve brittleness, enabling high T-peel strength while withstanding 177°C paint oven conditions.

Ultrasonic cavitation mixes segmented epoxy adhesive components at the lamination interface to enable immediate bonding.

Visible light cures the adhesive through high refractive index glass, resolving insufficient ultraviolet transmission for complete bonding.

A binder recouples medical device components in a desired orientation during reprocessing workflows.

Mercaptosilane reacts with isocyanate prepolymers to lower monomer emissions while maintaining storage stability and rapid curing speed.

A photopolymerizable composition combines a photoinitiator with a redox system to enable controlled curing.

Acrylic copolymer and surfactant formulation replaces expensive ionic liquids to resolve the trade-off between strong bonding and slow peeling time.

A pellicle mask adhesive layer designed for easy removal from quartz photomasks using water washing.

A lamination apparatus applies adhesive components via separate roll and gravure coating units to bond webs with controlled viscosity.

Reactive silicone polymer seals gaps between pressure sensitive adhesive foils, preventing fouling organism intrusion on contoured underwater surfaces.

Castor oil-based polyurethane composition maintains tensile strength and elasticity during structural gluing under high humidity.

Dispensing transparent resin filler between display panels maintains contact to prevent air bubble formation during the filling process.

Segmented panels on a tubular core eliminate complex spiral wrapping while maintaining shock absorption and alignment accuracy.

A curable primer composition uses blocked isocyanates to crosslink hydroxyl resins and nitroso compounds into a scratch-resistant film.

An adhesive composition combines a polymer, ionic liquid, and orientation material to form a layer that adheres firmly without voltage.

Accelerating a release web separates adhesive sections from tie points, reducing production waste in transdermal drug delivery manufacturing.

A photoresist pattern on a support film enables pressure-bonding two substrates to form precision fine spaces.

A selectively-releasable adhesive copolymer maintains strong initial bonding strength for extended wear periods.

Discharging viscous adhesive as a continuous thread pivots around workpiece edges to coat both surfaces in one step.

Asymmetric adhesive layer thickness enables simultaneous curing of double-sided polarizers via single irradiation.

Low-content light absorption component enables deep curing of thick epoxy adhesive layers via laser irradiation while preventing surface damage.

Microwave pre-heating and sequential pressing reduce press cycle time while preventing delamination and wood degradation in composite wood manufacturing.

High molecular weight adhesive composition prevents panel warpage and separation during high temperature curing processes.

Natural rubber adhesive compound prevents flow and residue formation during high-speed flying splices on nonpolar surfaces.

Pre-formed adhesive sheets ensure uniform thickness and high elastic modulus, preventing strain relaxation during gauge bonding.

A photocurable and thermosetting adhesive composition enables precise photolithography patterning on substrates.

Pre-formed non-planar adhesive sheets eliminate wrinkles on curved adherends by matching surface contours, simplifying application.

A polyethylene-based adhesive resin composition with an epoxy-grafted elastomer component designed for bonding fluorine-based resins.

A liquid photo-curable adhesive composition uses plasticizers and urethane acrylate to bond optical assemblies with low modulus.

A peeling method irradiates pressure-sensitive adhesive layers with pulsed near-infrared light to soften the bond for easy separation.

An oil-based emulsion adhesive prevents machine coating by stabilizing aqueous polymer droplets, allowing rapid adhesion without thermal energy.

A reworkable adhesive composition uses specific glass transition temperatures to bond substrates at room temperature.

A dicyandiamide salt with sulfonate or phosphonate anions acts as a curative to crosslink epoxy resins at reduced temperatures.

A propylene-ethylene adhesive composition maintains low viscosity for sprayability at 121°C.

Dual glass transition networks from castor oil and polybutadiene polyols maintain tensile strength across -60 to 50 C without pre-drying substrates.

Protein-PMDI adhesive compositions enable ambient curing of wood composites using plant-derived binders.