Non-Macromolecular Adhesive Additives TRIZ Cases

Epoxy-functionalized acrylonitrile-butadiene copolymer adhesive cures at 110°C while maintaining tackiness for automotive hem seam bonding.

Aqueous mixed binder composition combines reducing sugars and amino acids with condensed products to bind fibrous materials.

Shielding film combines epoxy resin, elastomer, and phosphorus flame retardant to resolve trade-off between dielectric loss and flame retardancy.

A semiconductor adhesive film uses a multi-stage curing process to achieve high die shear strength.

A thermally conductive silicone thin film transfers heat from electronic components using a composite adhesive structure.

A photosensitive adhesive composition cures via radical photopolymerization to define precise patterns on substrates.

Modified polypropylene resin with anionic groups disperses in water to bond olefin resins, avoiding emulsifier residues that compromise adhesion.

A thermal and UV curing adhesive composition uses urethane acrylate oligomers and particulate rubber to bond camera module components.

Replacing azodicarbonamide with mixed organic acids eliminates toxic byproducts while maintaining reliable volume expansion through controlled decarboxylation.

A thermosetting resin composition combines epoxy and polyurethane to enable quick pressing of flexible printed wiring boards.

A multilayer printed wiring board manufacturing method uses matched thermal expansion coefficients to reduce warping during curing.

A urethane adhesive composition with isocyanurate and terpene compounds bonds directly to olefin resins.

A UV-curable silicone adhesive composition maintains shape retention during coating and curing.

Air classification and jet milling process cleans post-consumer glass waste while achieving precise particle size distribution.

Silane chemistry eliminates isocyanate sensitization and gas production while achieving fast cure speeds for automotive bonding.

Nanometer clay platelets in adhesives reduce differential thermal expansion, eliminating visible bond-line defects on bonded polymeric vehicle panels.

Segmented isocyanate addition and dehydration steps eliminate primer usage while ensuring strong adhesive bonds on coated steel automotive bodies.

Curved adhesive portions bond electronic device housings, preventing deformation and creasing that compromise water and dust proofing on complex 3D structures.

Phase separation above 60°C lowers adhesion, resolving the contradiction between reliability and reworking ease.

Benzoylthiourea derivatives replace conventional accelerators to ensure supply continuity while maintaining cure speed.

Silane coupling agents bridge zinc oxide nanoparticles and epoxy resin, preventing dissolution under basic conditions.

Monomodal particle size distribution stabilizes high solid content acrylic emulsions, preventing agglomerate formation during polymerization.

Thermoplastic hot melt films incorporating hydrophobic nanosilica prevent overflow during bonding while reducing fabric weight.

Nutshell oil epoxy resin and rubber copolymer adducts enable flexible coatings that maintain adhesion to oily metals across temperature ranges.

Heat treating amorphous silica at 1100 to 1600°C transforms it into spherical crystalline particles, resolving semiconductor warping and cracking issues.

Adhesive composition incorporates light absorbers to enhance tape stability during semiconductor manufacturing.

A glyoxal adhesive system enhances wet peel force strength between TAC and PVA films through chemical crosslinking.

A curable polysilsesquioxane composition with fine particles and silane coupling agents secures optical elements.

A release layer containing a neutralizer matrix on the backing layer releases substances to protect skin and adhesive.

A hot-melt adhesive film with a magnetic composite uses induction heating to cure rapidly, preserving membrane effective area and reducing rolling defects.

A composite adhesive formulation using polyimide and epoxy resins to bond substrates.

Cured acrylic adhesive tape joins textiles, eliminating time-consuming hand stitching and hazardous needle operations.

Amorphous poly-α-olefin copolymer adhesive reduces processing temperature below 150°C while maintaining cohesive strength and peel resistance.

A pressure-sensitive adhesive composition incorporates alkyleneoxide, nitrogen-containing, and hydroxyl group monomers to form a crosslinked polymer structure.

Silane-treated metal hydroxide fillers resolve viscosity-adhesion trade-offs, enabling 2 W/mK thermal conductivity in flexible acrylic tapes.

Blocked functional groups on particles prevent premature crosslinking, allowing uniform coating before energy activates cohesion.

A moisture-curable adhesive composition utilizes silane-terminated polyalkylene oxide and amino-silane modified wollastonite fibers to bond large format tiles.

A polyurethane adhesive composition incorporating a cationic polymeric dopant modifies electrical and mechanical properties of electro-optic assemblies.

A self-suction adhering foam sheet composition utilizes a higher fatty acid salt to lower surface energy and improve air releasability from metal substrates.

Textile composite uses aqueous acrylic resin and expandable graphite to achieve rapid flame extinction.

A glycerin-based buffer system maintains pH stability in polychloroprene adhesives, preventing coagulation during freeze-thaw cycles.

Low molecular weight polyol primer eliminates sanding to boost wet adhesion strength in lignocellulosic composites.

Thermal sugar reduction and trivalent ion complexing remove contaminants that cause viscosity buildup and air entrainment in concrete.

An adhesive layer thinner than 8 μm on a polyimide support film suppresses void generation and improves peelability during sealing molding.

Thermal decomposition of aliphatic polycarbonate generates carbon dioxide gas that reduces contact area and adhesive strength for easy adherend release.

A dibenzoate triblend plasticizer composition reduces viscosity while maintaining high solvating power for polymer processing.

A liquid sealing material uses silica filler with controlled boron content to enhance moisture and thermal stability in electronic components.

Anisotropic conductive adhesive links independent substrate electrodes to form an unclosed conductor for electrical testing.