Non-Macromolecular Adhesive Additives TRIZ Cases

A composite adhesive coating with metal phosphate and coupling agents maintains bonding force after stress relief annealing of electrical steel sheets.

A natural rubber latex puncture sealing agent uses carbohydrate adhesive and antifreezing agents to form durable tire seals.

Fractionated soy product with controlled particle size replaces formaldehyde resins to deliver durable wood bonding without toxic emissions.

Silica-treated polyolefin particles disperse in epoxy resin to suppress shrinkage, preventing cracks from thermal expansion mismatch.

Alkoxysilyl-modified polymers crosslink upon moisture exposure to maintain airtightness during repeated opening and closing cycles.

Sulfonyl isocyanate stabilizers mediate reactivity in epoxy-thiol systems, resolving storage stability conflicts while enabling low-temperature curing.

Lysine and oxaloacetic acid form a stable aqueous adhesive that removes with water, eliminating petroleum-based toxicity.

A spray can delivers pre-mixed fiberglass and resin as a uniform aerosol coating.

Combining oxazoline polymer with casein resolves the speed-strength trade-off in glue sticks, enabling high adhesion without toxic solvents.

Interlayer film combines heat insulating particles with phthalocyanine compounds to enhance thermal insulation.

An acrylic copolymer adhesive with a multifunctional acrylate compound cures via UV light to form durable patterns without solvent volatilization.

Specific amine compound maintains low active hydrogen equivalent weight to ensure sufficient curability while reducing material usage and cost.

Polyurethane base layer with controlled storage modulus supports adhesive layers, resolving flexural reliability and impact vulnerability trade-offs.

Optimized acrylic adhesive maintains folding reliability and adhesion strength across temperature ranges by balancing storage modulus parameters.

A thermosetting resin composition with controlled viscosity behavior enables reliable solder connectivity during semiconductor chip mounting.

A branched acrylic copolymer with cross-linkable functional groups resists high temperature and humidity environments, preserving adhesive properties.

A polyimide resin composition with polysiloxane diamine provides low-temperature tackiness.

Composite adhesive coating maintains bonding strength after stress relief annealing by forming a dense thermal fusion layer.

A photocurable composition maintains adhesion capability after light irradiation and under anaerobic conditions.

An aqueous adhesive system combines a polymer with unsaturated carboxylic acid anhydride, saccharide, and polycarboxylic acid to enhance bonding.

A photopolymerizable adhesive sheet reduces tack strength via activating rays to facilitate semiconductor chip picking.

A multilayer adhesive film encapsulates organic electronic devices using a curable resin matrix.

Composite polyimide film with silica fillers maintains structural integrity at 500°C, preventing honeycomb collapse during high-temperature curing.

A photocurable adhesive sheet uses a crosslinked intermediate layer to maintain shape stability while outer layers flow into steps.

Solvent-free esterification of glycerol carbonate with (meth)acrylic acid using an enzyme catalyst improves space-time yield and product purity.

A radical-curable adhesive composition with hydrophilic functional groups and phosphate compounds bonds optical films.

Heat-treated smectite disperses uniformly in polyester polyol, resolving the contradiction between high humidity barrier performance and resin compatibility.

Adhesive composition uses soluble polyimide with specific diamine residues to match copper expansion, preventing peeling during thermal cycles.

Fluorinated silane coupling agents modify inorganic filler surfaces to boost crosslink density and hydrophobicity in unsaturated resin matrices.

A two-component polyurethane adhesive composition utilizes calcium oxide to eliminate residual diisocyanate monomers.

A mixed mineral organoclay rheology additive stabilizes viscosity in non-aqueous formulations through controlled clay composition and surface treatment.

Infusing aqueous adhesive with catnip hydrosol prevents rapid dissipation of attractants, extending stimulation duration and reducing furniture damage.

A cyanic acid ester compound derived from binaphthol aralkyl resin provides superior solvent solubility and thermal stability.

A thermoplastic adhesive uses multivalent vinyl ether compounds to bond semiconductor wafers securely.

A thermally releasable adhesive member uses microcapsules to reduce adhesion strength at elevated temperatures.

An emulsifiable isocyanate composition reduces adhesive accumulation on press molds through controlled reaction kinetics.

A chlorinated propylene random copolymer achieves strong adhesion to diverse substrates through metallocene catalyzed synthesis and functional group modification.

An electrically debondable pressure-sensitive adhesive layer joins inspection targets to a fixing member for voltage application and conductivity detection.

A thermosetting adhesive formulation incorporating silane-containing hybrid epoxy resin reduces wafer warpage during thermal compression bonding.

Central spacer placement suppresses IC chip bending and prevents short circuits during bump connections.

Epoxy-functionalized silane crosslinks the adhesive layer, achieving 11 kgf peel strength between polyolefin and glass substrates.

Polynitroso precursor adhesives reduce volatility and toxicity while maintaining strong bonds.

A multilayer pressure-sensitive adhesive sheet uses a photo-crosslinkable polymer layer to enhance deformation resistance.

Preformed PP/PE copolymer pavement markings deliver durable alkali resistance for airport runway applications.

Thermoplastic polymer adhesive secures semiconductor wafers during processing and dissolves via acid treatment to prevent wafer damage.

A silicon-based preceramic polymer adhesive composition provides thermal conductivity and electrical insulation for microelectronic layer transfers.

An elastic adhesive tape uses rubber and fibers to conform tightly to irregular surfaces.