Non-Macromolecular Adhesive Additives TRIZ Cases

Metallic nanoparticle adhesive paste fills cable voids to form low resistance connections, reducing overheating risks in high power systems.

A rubber-based pressure sensitive adhesive foam uses multifunctional methacrylate crosslinkers to enhance cohesive strength and adhesion.

Organic silicon pressure-sensitive adhesive replaces UV curing to prevent powder falling while maintaining attraction force.

A pressure-sensitive adhesive sheet with controlled light transmittance and L* value provides uniform surface coverage.

Acrylic emulsion adhesive uses pH-dependent ionization to maintain stable adhesion on plastic packaging.

A pressure-sensitive adhesive compound incorporates a polymer-metal blend and fibrous fillers to form a bonded conductive network.

Phosphite catalysts enable polythiol synthesis from olefinic hydrocarbons and hydrogen sulfide, reducing offensive odor while maintaining sulfur content.

Transferring antistatic agents from the pressure-sensitive adhesive layer to transparent sheets prevents dust adhesion and fogging after peeling.

Surface-modified silica nanoparticles disperse in epoxy resin to bond optical components while maintaining thermal stability and preventing haze.

Specific chemical structures balance thermal resistance and ductility, resolving brittleness in thermoset matrices.

A thermally and electrically conductive adhesive composition utilizes submicron silver powder dispersed in a bisphenol-type and novolac-type epoxy resin matrix.

Grafting hydroxyl-rich polymer onto polyolefin resin resolves solubility issues in alcohol solvents while maintaining strong adhesion to nonpolar substrates.

A butylene polymer adhesive film encapsulates organic electronic elements to suppress cracks during folding.

A pressure sensitive adhesive incorporates a crystallizable oil to dynamically alter its bonding properties based on temperature changes.

Electrically conductive bonding tape with dispersed particles and fibers reduces passive intermodulation interference in communication devices.

An adhesive composition incorporating ionic salts into a thermocurable resin matrix to enhance ion conduction and relative dielectric constant.

Low density graphenic carbon particles improve tensile modulus and shear thinning in adhesives.

A curable resin composition combines polyamide resins with blocked polyisocyanate and epoxy compounds to form a durable adhesive layer.

A silicon-containing epoxy resin composition with an acid anhydride curing agent achieves high adhesion strength to metal substrates.

Benzoxazine component with no 2-position substitution accelerates anaerobic adhesive cure speed while maintaining thermal resistance.

Phenolic hydroxyl group-containing benzoxazine adhesive bonds polyethylene via hydrogen bonding, overcoming weak adhesion from low surface energy.

Microlens arrays in adhesive layers create vertical air escape channels, preventing air accumulation and blister formation during application.

An alkyl methacrylate polymer with a crosslinking agent delivers high strain recovery and cohesive strength.

Polyether-polyolefin copolymers in the heat sealant layer suppress static electricity generation, preventing component adhesion and breakage.

A composite film uses an acrylate binder and acrylamide monomer to create a single functional layer.

Silyl polymer sealant composition incorporates secondary diarylamine and hindered phenol antioxidants to maintain mechanical strength.

Phenyl and epoxy siloxane binders preserve adhesive strength while phosphorus compounds achieve UL94 V-0 flame retardancy.

A filler-containing adhesive tape resolves the strength versus removability contradiction by enabling easy peeling at angles without thermal embrittlement.

A hot melt composition uses hydrolyzed silane coupling agents to form crosslinked seal materials with improved flexibility.

Nano-wire adhesive sheet achieves high light transmittance and low surface resistance, solving the trade-off between transparency and electrical conductivity.

A one-component polyurethane adhesive uses silane groups for self-crosslinking upon heating.

Adhesive composition combines polyisobutylene polymer with styrene-isobutylene block copolymer to resolve cohesive strength versus creep compliance trade-offs.

A polyamide-imide adhesive composition joins copper foil to polyimide film at low temperatures.

A substrate-free transfer tape uses a release liner with heavy and light peel surfaces to attach thin adhesive layers.

A moisture-curable adhesive composition uses a modified polyolefin resin to enhance adhesion strength on polyolefin substrates while maintaining liquid state.

A (meth)acrylic copolymer adhesive composition achieves high gel fraction after 12 hours of aging.

Optimized PVB resin and plasticizer content maintain adhesive integrity in laminated glass under high temperature and humidity.

Norbornane diamine curative and multifunctional epoxy resin form a two-part adhesive system.

Tertiary amine copolymer adhesive achieves high gel fraction after short aging to suppress light leakage in LCDs.

A reworkable adhesive composition uses a triblock copolymer to deliver structural bond integrity.

A hot melt adhesive composition uses epoxidized isoprene units within a block copolymer structure.

Composite epoxy adhesive cures to encapsulate semiconductor devices, preventing warpage and reducing parasitic inductance during high-voltage operation.

Hydrazide-based crosslinker in aqueous adhesive eliminates two-pack requirements and aging, maintaining stability across temperature ranges.

A roofing adhesive composition uses powdered superabsorber polymer to swell upon water contact and form a sealing plug.

Modified polyolefin adhesive composition with glycidyl epoxy resins bonds metal and plastic substrates.

A photocurable composition uses photobase generators to form amino groups for strong adhesive bonding.

Phosphorylated aconitic acid derivatives replace petroleum feedstocks to sustain flame retardancy in polymers.