Non-Macromolecular Adhesive Additives TRIZ Cases

A methacrylic polymer adhesive composition balances adhesiveness and low-temperature flexibility through optimized monomer ratios.

A polymer-based adhesive composition with a crosslinking agent prevents delamination and breakage during dynamic folding tests at extreme low temperatures.

Adhesive layer with oxygen adsorbent suppresses external quantum efficiency loss by blocking oxygen ingress without obstructing light transmission.

Chemical crosslinking with electron beam radicals enables rapid adhesion strength buildup on superhydrophobic surfaces without dimensional stability loss.

A semiconductor flip-chip bonding method uses separate pressing members for temporary and main press-bonding stages.

A curing agent combining reactive terminated polydiene, reactive polyamine, and amidine to form cross-linked epoxy adhesive structures.

Amphiphilic agents mediate rosin acids and polyolefins, preventing gelation while maintaining adhesion performance.

A thermally conductive adhesive uses silver and solder powder fillers to form a continuous metal network during thermal curing.

A resin modified starch adhesive uses epoxy and azido polyether to form a cross-linked network.

Hindered amine light stabilizer protects azo dyes from degradation, suppressing external light reflection and improving display contrast.

UV surface modification of polyester cords enhances adhesion strength with chloroprene rubber compounds while maintaining continuous production efficiency.

Stacking a non-adhesive resin layer on an adhesive thermally conductive layer resolves the trade-off between reworkability and thermal conductivity.

A crosslinked polyacrylate adhesive tape absorbs mechanical shock impacts through viscoelastic deformation of its polymer matrix.

Blue light initiates polyether polymerization in the uncured state, providing elasticity and tackiness for automotive hem flange bonding.

A carbohydrate binder composition incorporating phenalkamine and a crosslinker to form a hydrophobic thermoset network.

Near-infrared sensitizer triggers photochemical cross-linking in acrylate adhesive to reduce adhesivity.

Basic ionic liquid adhesives bond metallic substrates and debond via electromotive force without corrosive damage.

Composite adhesive paste uses spherical filler particles to conduct heat while absorbing bondline shear stresses.

A thiol-ene curable composition achieves strong initial adhesion through specific molecular weight tuning of the thiol component.

A 2-cyanoacrylate adhesive composition incorporates a phthalic anhydride derivative to enhance water resistance while maintaining instantaneous adhesiveness.

A heat-sealable coating joins paper to diverse substrates using specific polymer ratios.

A hot melt adhesive composition achieves bonding at 107°C using linear ethylene interpolymer and optimized wax blends.

A modified polyolefin adhesive composition with epoxy and imidazole catalysts forms a thermosetting sealing layer.

Alkaline quantum dot glue eliminates separate alkali treatment steps during polarizer fabrication, simplifying production and improving display quality.

Low phosphorus in the nickel-gold coating prevents peeling under compression while maintaining electrical conductivity.

Rheology-modified temporary fixative prevents positional instability and tool wear during electronic component transport.

A soft magnetic thermosetting adhesive film embeds particles between wire patterns using a specific resin composition.

A thermally removable pressure-sensitive adhesive sheet uses a plant-derived polyester layer with foaming agents to enable easy peelability after heating.

A highly branched polyethylene encapsulation film improves light transmittance and adhesion for solar cell modules.

Direct esterification with a titanium/cobalt catalyst and PMMA microspheres eliminates toxic emissions while boosting bonding strength and curing speed.

Composite optical adhesive layer with optimized refractive index enhances light output efficiency in display devices.

Thioalkyl-substituted cresol derivatives prevent oxidative darkening in polyacrylate pressure-sensitive adhesives during hot melt processing.

Liquid polymer self-aligns on microstructure tips to form mushroom-like flaps, resolving van der Waals force limitations without complex alignment mechanisms.

Hydrophobic coatings on urea curing agent particles prevent premature reaction during storage while ensuring solubility and fluidity when heated.

Bark filler mixes water and isocyanate to reduce adhesive cost while maintaining board strength.

A one-component anaerobic adhesive composition utilizes cellulose mixed ester and fumed silica to establish hydrogen bonding that controls viscosity.

A silicone-based adhesive protective film maintains stable physical properties and low peel strength.

Composite asphalt binder with elastomers and fumed silica provides low-temperature flexibility and tracking resistance without aggregate layers.

Ethylene-vinyl alcohol copolymer aqueous dispersion with cellulose nanofiber maintains strain at break while improving water resistance.

Photo-curable oligomers reduce peel force and skin trauma during medical dressing removal while maintaining low cytotoxicity.

A photochromic applicator uses a light-shielding cap to preserve the colored state of adhesive material.

Ethylene-vinyl acetate copolymer adhesive composition enables stable electrical connections in anisotropic conductive films.

Inorganic-organic composite emulsion binder uses cellulose copolymer dispersant to prevent nanoparticle agglomeration during film formation.

Ruptured hollow microspheres in acrylic adhesives resolve hardness trade-offs while improving thermal conductivity and noise reduction.

A hot-melt adhesive agent applies at low temperatures to polyolefin substrates using a specific block copolymer formulation.

Coiling the sintering sheet reduces air exposure and storage volume, resolving poor conveyability and stability issues in semiconductor manufacturing.

Solvent extraction of Osage orange peel and mesocarp yields bio-adhesives that eliminate formaldehyde emissions while maintaining binding strength.