Non-Macromolecular Adhesive Additives TRIZ Cases

Amphiphilic molecule particles form a crystal structure in pressure-sensitive adhesive to maintain stable adhesion under normal conditions.

Segmented adhesive layers with controlled resin volume gradients enable strong adhesion between dissimilar materials without interfacial peeling.

A butyl rubber reactive bonding layer uses hydroxyl-terminated tackifiers to chemically bond with concrete substrates.

Adding 2-ethylhexyl methyl terephthalate to adhesives resolves the trade-off between processing ease and tensile strength, improving smoothing results.

Alkyl silanes compensate for low carbon content in fumed silica, raising viscosity at lower shear rates without expensive high-carbon materials.

Polyvinyl alcohol adhesive composition incorporates a dormant crosslinking agent to maintain storage stability.

Nano-filler material in temporary adhesive maintains bond line uniformity and prevents contamination during semiconductor wafer thinning.

Solventless cyanate ester-epoxy resin achieves room temperature curing and high thermal resistance via guanidine and phenol catalysts.

Acrylic foam composition transfers heat through embedded conductive particles, eliminating messy handling and high thermal resistance of traditional greases.

Sulfonimide polymer electrolyte maintains signal transmission efficiency by preventing water evaporation that typically degrades electrode performance.

Silane condensates mediate adhesion between substrates and isocyanate adhesives, resolving slow evaporation and poor wetting in water-based systems.

A fire-retardant pressure sensitive adhesive uses a specific (meth)acrylate polymer to delay and stop fire spread.

Liquid additive-resistant adhesive layer prevents plasticizer migration, maintaining adhesion and shape retention during high temperature exposure.

Epoxidized vegetable oil pressure sensitive adhesives replace petrochemical polymers with renewable materials to eliminate toxic catalysts and solvents.

A plant protein binding agent joins cellulose materials through hydrogen bonding and chemical denaturation.

A crosslinkable two-component composition uses an iodonium salt and dihydropyridine compound to initiate rapid polymerization of methacrylate monomers.

Electrically conductive adhesive film uses fractal metal particles and sulfide flux to resolve heat resistance versus mounting reliability trade-offs.

A transparent adhesive with a refractive index of 1.7 to 1.73 integrates ceramics into a matrix.

Silica-modified acrylate adhesive tape achieves high shear strength on polyethylene while maintaining steel adhesion.

Incorporating a silicon compound with a conjugated C=C group into the stabilizer package prevents yellowing caused by benzotriazole interactions.

A graphene-doped silicon adhesive layer enhances thermal conductivity and mechanical strength in display modules.

A transparent adhesive sheet uses a wavelength conversion agent to emit visible light for photopolymerization.

Alum and sodium edetate form complexes with polyacrylic acid to prevent seepage and spread unevenness in high water content adhesive layers.

A silane compound copolymer curable composition delivers high adhesion and transparency for optical device sealing.

Robotic dispensing of two-component liquid adhesive reinforces thin gauge sheet metal while eliminating manual application variability.

Replacing isocyanates with reactive silicon polymers and inorganic fillers eliminates health risks while maintaining water-resistant adhesiveness.

A curable composition combines hydroxyl resins with blocked isocyanates to form a crosslinked network.

A UV curable acrylic polymer with covalently bound reactive groups and a cationic photoinitiator enables hot melt pressure sensitive adhesive formation.

A curable composition uses a polyoxyalkylene polymer with reactive silicon groups and a hindered-amine photostabilizer to form a transparent cured product.

Inorganic hydrate filler suppresses fire while a color-changing dye eliminates subjective sanding judgment.

Buffered fillers stabilize reactive polyurethane adhesives against viscosity spikes without slowing cure rates.

A two-component water-based adhesive uses organic depressants and hydraulic binders to enable bonding at sub-zero temperatures.

Optimized filler particles in a film-like adhesive prevent partial fractures during thermocompression bonding while maintaining high thermal conductivity.

Novel boroxine and borane compounds boost peel adhesion to low energy surfaces while maintaining composition stability.

Segmented conductive particles in adhesive composition penetrate oxide films to maintain conductivity without outflow during low-pressure connections.

Curing a thermosetting adhesive sheet generates compressive stress that counteracts wafer warping, enabling flat dicing of thin substrates.

A methacrylic copolymer adhesive with acetoacetoxy groups and metal chelate curing agents bonds optical components.

A copolymer adhesive resists ultraviolet light and heat to prevent detachment of optical members.

A moisture-curing adhesive composition with controlled gel fraction reduces light leakage in optical members.

Acrylic adhesive tape with silane coupling agents prevents silicone resin overflow while maintaining fixing force on curved displays.

Composite prepolymer system replaces petrol-based materials with bio-based components while maintaining fixture strength and cross tensile performance.

A water-dispersed pressure-sensitive adhesive composition combines immiscible acrylic and rubber phases to enhance low-temperature performance.

Water glass adhesive coating composition withstands stress-relief annealing temperatures without organic decomposition, maintaining adhesion and insulation.

A pressure-sensitive adhesive composition disperses metal-based fine particles using a low-molecular-weight aromatic polymer.

Composite adhesive layer with unsaturated polyphenylene ether, SBS, and maleimide resins achieves high peel strength while maintaining low dielectric loss.

Acicular insulating particles in anisotropic conductive adhesive reflect light to maintain luminous efficiency.

Removing ester bonds from the polymercaptan structure eliminates sulfur odor and improves moisture resistance without compromising bonding strength.

Vinyl polymer blends with heat-treated smectite improve filler dispersibility and flexibility.

Controlled styrene-butadiene-styrene triblock copolymer composition maintains low viscosity for low-temperature processing while preventing odor generation.