Non-Macromolecular Adhesive Additives TRIZ Cases

Borate ester inhibitor stabilizes resin curing kinetics for consistent electronic component manufacturing.

Acrylic adhesive with pyrazoline absorbers blocks UV rays above 380 nm to protect polarizing plates.

A pressure-sensitive adhesive sheet with high recovery rate and cohesive strength.

A latex composition blends chloroprene and acrylic polymer latices to deliver high initial adhesive strength.

A copper-clad laminate uses a fluoropolymer adhesive layer and ceramic-filled dielectric coating to enhance thermomechanical stability.

A curable precursor adhesive composition utilizing a vanadium and beta-dicarbonyl initiator system to achieve rapid handling strength.

An adhesive resin composition combining acid-modified polyolefin with a specific solvent blend to achieve uniform application and high adhesiveness.

Fatty acid additives enable high-throughput continuous extrusion of natural rubber without peptizers, preventing residue on substrates.

An adhesive composition combining epoxy resin and specific polyimide units to form a crosslinked network structure.

Super-atmospheric air pressure forces gas into the melted adhesive layer, eliminating voids and fillets while maintaining high-speed assembly efficiency.

Bulky alkoxylated sulfosuccinate surfactants reduce coagulum formation and improve water resistance in polymer films.

A triazole silane compound joins metal and resin surfaces through chemical film formation.

A composite photopolymerization initiator system resolves adhesion stability challenges by enabling efficient curing across diverse environmental conditions.

Two-part curable urethane adhesive composition utilizes a terpene compound curing agent to bond resin materials.

A two-component room temperature curable resin composition cures rapidly using organosilane crosslinkers.

A protective film-forming sheet uses wavelength-selective transmittance to conceal grinding marks on semiconductor wafers.

Electrically conductive adhesive film uses fractal metal particles and organophosphorus compounds to form reliable bonding layers.

A photocurable composition with a sheet shape adheres to curved surfaces before curing and maintains stability after polymerization.

A block copolymer adhesive composition combines specific cyclic structures with a high softening point tackifier to deliver strong bonding performance.

A modified polyvinyl acetal adhesive with an imine structure bonds organic and inorganic materials using a reactive diluent.

A multicomponent adhesive system bonds building covering elements using a polymer dispersion and alkaline hardening material.

A capped polyurethane toughener composition comprising soft and rubbery units reacts with epoxy resin to form a crosslinked structure.

Silane-modified hollow non-porous fillers improve adhesion on low surface energy substrates while maintaining cohesive strength and reducing weight.

Specific cage silsesquioxane structures achieve high surface hardness and flexibility in hard coat films without cure shrinkage.

Composite fluorescent glue converts junction heat into infrared waves via high-emissivity materials, resolving poor thermal dissipation in 4π LED designs.

Compressible metal-coated powder in the adhesive tape deforms under pressure to prevent surface protrusion while maintaining stable electrical conductivity.

Cross-linking tertiary amine and sulfonate acrylic copolymers introduces ionic groups, resolving adhesive strength versus heat resistance trade-offs.

Microwave irradiation of ionic liquid interfaces melts thermoplastics locally, resolving high energy costs and temperature control issues in industrial bonding.

Heat-activated polyurethane adhesive mixed with 5-20 vol% dendritic particles maintains bonding strength while enabling 3D conductivity.

A radical-curable adhesive composition combines a rubber with methacryloyl groups and an epoxy-methacryloyloxy monomer to form a cured network.

The adhesive resin composition transitions viscosity upon heating to conform to surface irregularities, then crosslinks via photopolymerization to restore cohesive force.

Inorganic stone paper replaces wood pulp to prevent moisture absorption and structural failure during freezing cycles.

A surface protective film adhesive layer uses a cured urethane-acrylic polymer blend to maintain peel strength.

Composite layers of amine-functional and alkenyl-functional alkoxysilanes resolve inconsistent adhesion between metal substrates and radiation-cured sealants.

Azide-modified THV adhesives bond PTFE without toxic etching, preventing delamination while maintaining high service temperature stability.

A one-component anti-flutter composition uses a thixotropic filler system to maintain uncured integrity during aqueous rinses.

Hydrophobic layered clay compounds resolve moisture barrier contradictions in touch screen panels while maintaining high light transmittance.

Amine accelerator increases urethane reaction rate in decorative film adhesive resin.

A curable precursor stabilizes inorganic fillers using a carbamate thixotropic agent, preventing sedimentation while maintaining flowability.

Dual amine catalyst system enables polyisocyanate curing with controlled reactivity.

A specific adhesive layer with defined viscoelastic parameters prevents delamination and cracking during high-temperature folding operations.

Catechol additives form covalent bonds with metal oxides, resolving weak adhesion on damp surfaces.

Double-sided adhesive tape uses UV-curable acrylate and powdered silicon dioxide to create a uniform bonding layer on plastic film carriers.

Liquid polyamine pre-cross-links epoxy groups in acrylic copolymers, preventing unreacted resin exudation during hot-press forming without UV irradiation.

A (meth)acrylic copolymer adhesive film with controlled Tg resolves the trade-off between cohesive strength and peel strength while blocking UV light.

Acrylic emulsion with copolymerizable surfactants stabilizes high solids content while eliminating endocrine-disrupting nonyl phenol ethoxylates.

Segmented block copolymer adhesive composition balances viscous adhesion and melt viscosity.