Adhesive Processes TRIZ Cases

Segmented acrylic-epoxy formulation eliminates obnoxious odor and toxicity while maintaining high bonding strength and controlled cure speed.

A pressure-sensitive adhesive tape maintains tackiness through a continuous polymer phase that dissolves high reactive resin fractions.

Segmented protective sheets isolate adhesive layers from protruding electrodes, preventing residue accumulation that compromises connection reliability.

Super-aligned carbon nanotube film bonds objects via van der Waals forces, maintaining adhesion from -196°C to 1000°C.

Replacing ionic liquids with controlled molecular weight polyols reduces peeling time and cost while maintaining adhesion.

An elastic compensating element absorbs thermal expansion within adhesive joints to maintain structural integrity.

Ionic liquid adhesive composition prevents metal surface corrosion in high humidity environments using carbodiimide additives.

A dicing film adhesive composition uses polymer additives to balance peel and shear forces during semiconductor chip handling.

A curable adhesive composition uses reactive silyl groups and tertiary aminosilane to form strong bonds on substrates.

A moisture-curing polyurethane adhesive bonds thermoformable rigid foam to covering materials using an alkaline aqueous alkali metal solution.

A two-component polyurea adhesive cures rapidly within a casting mold to form load-bearing fasteners directly on the substrate surface.

A bonded structure embeds a distributed optical fiber between laminated sheets to detect bonding states via axial deformation.

A transparent adhesive mass uses a surfactant and sugar mixture to achieve high bonding strength.

An aqueous adhesive composition containing dialkyl diester of itaconic acid units enhances tack value while maintaining shear performance.

Zwitterionic polymer adhesives maintain strong bonds until an applied DC electric potential triggers on-demand debonding, eliminating residue for recycling.

One-component aqueous cementitious composition eliminates two-component mixing complexity while delivering C2TE tile adhesive performance.

Hybrid bonded-fastened joint uses disbondable adhesive and interlocking projections to join composite and metallic components.

Two-component solventless adhesive composition incorporates polyols with hydrogen-bridging groups to establish rapid initial bond strength.

Hot-stamping bonds diffractive structures to optically variable coatings via energy-activated adhesives, resolving manufacturing flexibility limits.

Radiant energy selectively detackifies adhesive layers, preventing bleeding during die cutting of ultra-thin laminates.

A primer and curable adhesive film system initiates structural bonding at normal temperature and pressure through a redox reaction mechanism.

Phosphine catalysts extend pot life and control cure rates in sulfur polymer sealants, resolving trade-offs between working time and reaction speed.

A repair patch uses permanent adhesive to bond a durable film to damaged surfaces while a removable pre-mask enables safe handling.

Barrier-coated hollow microspheres prevent polymer coagulation, resolving storage stability issues in water-based contact adhesives.

A UV laser cures epoxy through a transparent substrate to set component positions with high precision.

Weakened sealant portions at the glazing edge vent internal gases to maintain intumescent layer contact with glass panes.

Segmented methacrylate adhesive formulation overcomes thermal degradation and shelf life limits to secure durable bonds on galvanized steel.

Non-aromatic epoxy resin adduct with anhydride curing agent maintains ΔE 94 below 1 after acid bath exposure.

Water-based coldseal cohesive composition using natural rubber latex and biodegradable proteins to join packaging substrates.

Bio-renewable oleaginous polyurethane polymers improve curing speed and torque strength of anaerobic adhesives on oily steel surfaces.

A carbon fiber reinforced prepreg incorporates a gas barrier layer containing unidirectionally aligned clay minerals to block hydrogen permeation.

Functionalizing lignin with dimethylformamide and acrylic acid eliminates phenol and formaldehyde toxicity while maintaining strong bonding strength.

Polyurethane laminating adhesives incorporate polybutadiene polyols to bond low surface energy films without corona discharge treatments.

A photocurable resin composition cures rapidly using active energy rays to bond polyolefin surfaces.

A cleavable adhesive tape section with a settable liquid layer resolves storage stability and wetting trade-offs for optoelectronic encapsulation.

A solventless laminate adhesive uses pentamethylene diisocyanate derivatives to control viscosity and extend pot life.

A cold-applied anti-corrosion tape employs a catalyzing primer to trigger cross-linking in elastomer layers, ensuring strong adhesion at high temperatures.

Heated conduit prevents solidification during continuous feeding, resolving the trade-off between dispensing efficiency and flow reliability.

A multilayer pressure sensitive adhesive sheet uses controlled thickness variation in resin layers to ensure excellent interlayer adhesion and film strength.

Temperature-responsive adhesive resin reduces bonding strength during heating, enabling decorative film removal without substrate damage or type certification.

A flexible adhesive sheet with a chemically cross-linked foam substrate and dual-sided pressure-sensitive adhesive.

Humidity-crosslinked silanized polyether adhesives secure damping foam strips against release agents and harsh environmental conditions.

Copper oxidizes a nitroso precursor in situ, eliminating toxicity and mold fouling while maintaining bond durability.

Hydrosilylation creates a hybrid copolymer that resolves the trade-off between silicone environmental resistance and organic substrate adhesion.

Aqueous adhesive composition uses aromatic aldehydes to form strong bonds without formaldehyde.

A UV absorber adhesive layer absorbs ultraviolet laser energy to enable precise cutting of foldable display components.

Polyurethane swelling tapes fill gaps between battery electrode assemblies and cans, preventing movement to reduce internal resistance.

Optical profilometry measures developed interfacial roughness to resolve inconsistent bonding caused by crystalline asperities on press-bend formed glass.

A protective device sandwiches carbon nanotube film between base and protecting films to enable flexible handling.