Non-Macromolecular Adhesive Additives TRIZ Cases

Liquid epoxy molding compound uses fine silica filler to stabilize shape, reducing warpage height and improving packaging success rates.

An epoxy-thiol adhesive with cyclic carbonate structures suppresses bonding strength loss during moisture resistance tests.

A hot melt adhesive composition incorporates laser-reactive compounds to form high-density images on substrates.

An epoxy adhesive formulation uses polyamine and metal alkoxide compounds to bond endoscope components.

Dual cross-linking agents in an acrylic adhesive prevent dimensional instability and light leakage in optical films under high temperature and humidity.

A pressure-sensitive adhesive composition incorporates a polymer with hydroxyalkyl (meth)acrylate and an aliphatic isocyanate crosslinking agent.

Polyarylene sulfide resin composition bonds silicone via silane coupling agents, preventing interface whitening while maintaining mechanical strength.

Radio-frequency pre-curing thermoset adhesive bonds dissimilar substrates, preventing distortion from thermal expansion mismatch during assembly.

Composite primer copolymers strengthen adhesion to ribbed polyolefins while resisting moisture undermining and corrosion.

Hygroscopic adhesive layers absorb penetrating moisture to extend OLED lifespan without adding device thickness.

Acrylate pressure-sensitive adhesive with controlled shear storage modulus and loss tangent prevents film layer peeling and deformation under long-term stress.

An adhesive composition comprising an acryl copolymer and a fluorinated silane compound enhances initial bonding strength.

An epoxy adhesive composition combines urethane resins and core-shell rubber particles to deliver uniform adhesion and impact strength.

Silane-modified polyethylene oxide in acrylic adhesive film stabilizes surface resistance without degrading peel strength during high temperature exposure.

A pressure-sensitive adhesive composition limits moisture uptake to stabilize bond strength across varying environmental conditions.

A single adhesive film replaces sequential protective layers in flexible OLED manufacturing, simplifying the process while maintaining panel durability.

Alkoxy oligomer reacts with inorganic filler to balance peel strength and surface roughness while maintaining glass transition temperature.

A water-dispersible adhesion promoter powder uses blocked isocyanate and alkylnaphthalene sulfonate to achieve uniform dispersion.

High molecular weight acrylic polymer with controlled dispersity provides immediate adhesion.

A crosslinkable adhesive system balances repulsion resistance and reworkability through defined molar ratios of covalent and coordinative crosslinkers.

Replacing fluorine-containing counter anions in sulfonium salts eliminates fluorine ion generation and metal corrosion while maintaining thermal curing speed.

Segmented concave portions in the resin layer provide independent air escape channels, removing air accumulation while maintaining adhesive strength.

Photocurable adhesive film with antistatic layers suppresses electrostatic breakdown during semiconductor wafer back grinding.

Core-coated particles in a binding material create anisotropic electrical paths, reducing thickness and cost while maintaining signal shielding.

Homopolymer shells eliminate toxic chemicals and complex manufacturing steps while enabling on-demand activation.

Aromatic polyester polyol adhesive maintains layer bonding strength during battery pack forming.

Silver powder epoxy adhesive resolves heat dissipation trade-offs by maintaining adhesiveness at elevated temperatures.

Low compression load resin sheets conform to uneven casings, preventing localized overheating while maintaining reliable heat removal.

A silicone-based pressure-sensitive adhesive incorporates rubber particles to create a composite structure that dampens vibrations across wide temperature and frequency ranges.

A solvent-free thermoplastic polyurethane bonding composition joins tent fabrics using a specific additive blend.

A (meth)acrylic adhesive film containing indole and triazine UV absorbers maintains peel strength during partial curing while blocking harmful radiation.

A polysulfide compound enables self-healing through reversible bond cleavage and recombination.

A composite adhesive with olefin-based resin and silane crosslinkers maintains structural integrity under high humidity while ensuring processability.

Solvent-free curable pressure sensitive adhesives eliminate volatile organic compounds while maintaining high peel strength and shear resistance.

Digital printing deposits copper oxide or silver nanoparticles onto substrates, replacing costly fabrication to reduce production time and cost.

A UV-curable silicone pressure-sensitive adhesive composition utilizes photopolymerization to achieve strong adhesion and rubber strength.

Pre-modified alkoxylated starch eliminates on-site cooking requirements while maintaining biodegradability and sprayable viscosity for Yankee dryer coating.

A curable resin composition balances strength and flexibility to enable stress relaxation in laminated structures.

Submicron silver powder in epoxy resin forms conductive networks, resolving the trade-off between heat dissipation and lead contamination.

Dual-modified silica resolves catalyst incompatibility in two-part cyanoacrylate systems while maintaining rapid fixture time and bond strength.

A multi-layer adhesive film uses dendritic and core-shell conductive particles to enhance electrical conductivity.

An unreactive alkyl amine promotes adhesion in a non-halogenated polyisobutylene system, maintaining strong bonds on glass and porcelain in wet conditions.

A photocurable pressure-sensitive adhesive layer transitions from low to high modulus upon UV exposure.

A solvent-free adhesive composition extends open time while maintaining creep resistance.

A three-layer adhesive laminate film combines heat-resistant and flexible resin layers to secure electronic components during evaluation.

A laminated film with a thermosetting composition containing a thermal polymerization initiator facilitates rapid curing and strong adhesion.

Tuning the benzotriazole compound to a 370-405 nm peak prevents coloration and stabilizes UV protection over long-term sunlight exposure.

Modified polyurethane membrane incorporates nano-bio-ceramics and maslinic acid to maintain hair elasticity despite rapid moisture absorption.