Non-Macromolecular Adhesive Additives TRIZ Cases

Replacing epoxides with an aqueous system eliminates foaming and improves storability while maintaining peel adhesion.

High molecular weight methacrylic copolymers prevent surface migration of plasticizers and inhibit bubbling in retardation films under thermal stress.

A two-component acrylic composition uses a furanone monomer to form cured polymer networks with high rigidity.

Silane and polyene cross-linking in the adhesive composition creates a balanced network that suppresses light leakage while maintaining peel strength.

Doped agglutinant layer emits bluish-white fluorescence under UV irradiation to visualize the pellicle bonding interface.

Metal nano material in adhesive absorbs electromagnetic waves to generate heat, curing the bond quickly without damaging carbon fiber reinforced members.

Dual-curable urethane-acrylate composition with surface-treated particles achieves low connection resistance on nickel adherends during fast thermal processing.

Chemical bonding between aminoplast resin and fatty acids fixes hydrophobic components, reducing swelling in wood materials.

A resin composition uses a thiol compound without ester bonds to enable thermal curing at 80°C.

An anionic-cationic copolymer prevents filler re-agglomeration at high temperatures, ensuring reliable thermal conductivity in heat radiation members.

Foamed acrylic adhesive sheets with 10% to 60% porosity prevent skin maceration by allowing moisture discharge while maintaining strong adhesion.

Composite film uses specific polymer blends to achieve plasterability without mechanical fastening.

A polyisocyanate composition uses a monophenol alkyl compound and phosphite mixture to stabilize the material against degradation.

A urethane adhesive uses a prepolymer with 4 to 12 molecular weight dispersion for strong bonding.

Metal capture agents bind silver particles in polyimide resins, resolving conductivity versus flexibility trade-offs in thick coatings.

Microfibrillated cellulose stabilizes viscosity and gel temperature in starch-based adhesives.

A thermocurable electroconductive adhesive uses stearic acid-treated particles to ensure strong adhesion on gold or nickel.

Thermoplastic resin powder reinforces epoxy matrices to prevent interface peeling and maintain power cycling capability at high temperatures.

A heat ray shielding adhesive sheet disperses microparticles in an acrylic copolymer to create a transparent optical layer.

Specific loss modulus range balances adhesiveness and filling performance, ensuring reliable connections at high temperatures.

An optical adhesive sheet cures ethylhexyl acrylate and isobornyl acrylate using controlled UV light to form a robust adhesive layer.

Introducing a triglycidyloxybiphenyl structure with multiple epoxy groups achieves high thermal conductivity without sacrificing heat resistance.

A multilayer pressure-sensitive adhesive foam tape uses a low molecular weight poly(meth)acrylate core with reactive functional groups and skin layers.

Elongating the base material layer exposes filler particles to lower adhesive strength, preventing tape tearing during high-angle removal.

Low-temperature curing polyorganosilsesquioxane adhesive prevents thermal shock cracking and outgassing while maintaining bond strength.

An adhesive film using a urethane binder and isocyanate curing agent limits peel strength increase to prevent panel damage during removal.

A liquid glue composition uses modified polysaccharides and low-molecular saccharides to achieve strong adhesion.

A thermally conductive adhesive blends silver particles with specific tap densities and surface area ratios to achieve high thermal conductivity.

Applying a monofunctional amine primer ensures uniform coverage at edges, reducing residual current and improving thermal stability.

A two-part curable adhesive composition uses controlled acrylonitrile-butadiene rubber and flexibilizing agents to form a durable laminate.

Latent catalyst system enables high filler loading while maintaining lap shear strength for automotive glass bonding.

A pressure-sensitive adhesive sheet uses a water-dispersed acrylic polymer and active energy ray-curable resin to form a strong bond on a base material.

A cross-linkable composition uses a polyalkylene polyol compound to regulate reaction kinetics within an acrylic pressure-sensitive adhesive resin.

A low-VOC adhesive composition uses a specific pigment mixture and binder to reduce fastener pops in construction applications.

Reducing tackifying resin content in ethylene-acrylate copolymers resolves the trade-off between sealing reliability and optical clarity.

A room-temperature curing adhesive composition utilizes a polyoxypropylene-based polymer with terminal methacryloyl groups and a high glass transition temperature methacrylate compound.

Photocrosslinked nonpolar acrylate adhesive eliminates polar groups to improve moisture vapor transmission while maintaining adhesion.

Brominated compounds and antimony trioxide synergize in acrylic adhesive to boost flame resistance without sacrificing bond strength.

Vinylsilane crosslinking agents cure acrylate copolymers to deliver shear holding exceeding 10,000 minutes at 70°C without volatile by-products.

An adhesive composition using a polyisocyanate curing agent prevents panel curling and light leakage in liquid crystal displays.

A methacrylic copolymer adhesive film uses bifunctional aziridine and isocyanate curing agents to form a crosslinked network.

Xe excimer lamp treatment of the mask adhesive layer minimizes residue and distortion, improving photomask replacement efficiency.

Predispersing fillers in a liquid before compounding ensures homogeneous distribution within self-adhesive compounds.

Matching elastomeric filler compressibility stabilizes the mix ratio under dispensing pressure variations.

N-Ethyl-2-pyrrolidone and methyl-5-(dimethylamino)-2-methyl-5-oxopentanoate enhance tensile shear strength on PVC surfaces.

Aqueous binder composition uses reducing sugars, amino acids, and low-concentration aldehydes to bind fibrous materials.

Epoxidized silane in acrylic resin initiates polymerization to bond composite substrates, overcoming plasticizer migration and low tensile shear strength.

Ferrocene-based photoinitiators stabilize cyanoacrylate adhesives in acidic environments, enabling complete crosslinking without acid degradation.