Non-Macromolecular Adhesive Additives TRIZ Cases

See how a water-based adhesive composition using rubber latex, polypeptide, and blocked isocyan

See how a hydroxyl-polymer binder with controlled molecular weight and pH achieves both high st

See how a latex-polyurethane adhesive composition eliminates carcinogenic resorcinol-formaldehy

See how a functional layer combining aliphatic and aromatic thermoplastic polyurethanes reduces

See how a magnetic mold with nonmagnetic grooves arranges ferromagnetic pigment along field lin

See how replacing asphalt adhesive with hot melt adhesive and modified sand eliminates water mi

See how a water-based dipping bath with blocked isocyanates and epoxies achieves strong filamen

See how a water-based dipping bath using blocked isocyanates and epoxides achieves strong filam

See how tannic acid replaces resorcinol-formaldehyde condensates in tire cord adhesives, elimin

See how a polyvinyl alcohol resin combined with colloidal silica and ammonia-modified copolymer

See how an oil-in-water emulsion with liquid conjugated diene rubber and crosslinking agent rep

See how a two-component polyurethane system enables ambient-temperature spray application and c

See how sulfate-containing aqueous polyurethane at pH 4.8 or less suppresses phenolic yellowing

See how a reducing sugar and sulfamate composition eliminates formaldehyde emissions while matc

See how a chloroprene graft copolymer with carboxylic acid groups replaces resorcinol-formaldeh

See how a coextruded passivation layer reduces tackiness on pressure-sensitive adhesive filamen

See how polylysine in water-based rubber latex adhesive suppresses tackiness and improves worka

See how a polymer-paper composite toilet seat cover resists fluid infiltration, prevents bacter

See how a magnetic pattern mold with nonmagnetic grooves and spray-applied ferromagnetic pigmen

See how antioxidants in sulfonate-modified polyisocyanate synthesis reduce viscosity and color

See how controlled crystallization in polyurethane dispersions enables rapid coagulation, exten

See how a latex-based adhesive with biodegradation agents enables flooring products to degrade

See how carbodiimide crosslinking resolves the pot life versus peeling strength trade-off in ur

See how a functional layer combining aliphatic and aromatic thermoplastic polyurethanes elimina

See how a flexible cooling tape uses an endothermic chemical reaction layer to rapidly cool bev

See how amorphous poly-α-olefin and metallocene polymer composition maintains adhesion from 4°C

See how a composite acrylic-urethane aqueous adhesive balances environmental safety with water

See how a rubber elastomer binder layer with tackifiers and partially embedded optical elements

See how a biodegradable polymer coating in organic solvent enables plant pots to resist nursery

See how a dual hard coat laminated sheet with silane coupling agent and inorganic particles pre

See how a dual hard coat laminated sheet with optimized adhesive composition prevents peeling u

See how a thermoset viscoelastomeric overlay traps foot-borne pathogens through adhesive bondin

See how phosphorous-based compounds replace halogen flame retardants in hotmelt adhesives to ac

See how a biodegradable polymer coating with non-hydroxylic solvents prevents premature disinte

See how sterol additives retard oxidation in asphalt binders, restoring rheological properties

See how a composite glass-frit and polymer sealant structure maintains vacuum levels in insulat

See how organosilicate resin with reactive M units reinforces low-viscosity silicone to improve

See how carboxymethyl cellulose with softening agents prevents adhesive hardening while maintai

See how a melting layer with high dielectric loss factor enables microwave-selective activation

See how crystalline polyurethane dispersions with controlled melting points enable rapid coagul

See how sorbitol polyglycidyl ether with controlled chlorine content and blocked isocyanate mai

See how alkali silicate binder with thermally conductive fillers resolves the contradiction bet

See how a polymer-solvent coating enables biodegradable plant pots to resist nursery moisture f

See how core-shell rubber particles enhance benzoxazine toughness and fracture strength without

A water-based saturated nitrile rubber latex with curing agent improves rubber-fiber bonding strength, abrasion resistance, and waterproofness.

An isocyanurate-organophosphate bonding composition improves PVC adhesion to synthetic fabrics while keeping phthalate-free plastisols stable.

Spiral-wound PET belt cords with controlled high-temperature modulus and adhesive treatment cut road noise and flat spots without sacrificing high-speed durability.

Inorganic fine particles create a hazy yet transparent battery adhesive sheet that maintains insulation while making foreign materials easier to detect.

Pre-applied powder-binder sheets release CO2 and metal ions during thermal runaway to cut oxygen, absorb radicals, and slow fire spread.

A solvent-free adhesive resin layer bonds battery cells and adds flame retardancy, cutting stack complexity, waste, weight, and fire risk.

A silver fine-particle and resin blend enables pressure-free semiconductor bonding with high thermal conductivity, low voids, and strong reflow resistance.

A ring-structured photocurable resin composition improves curing uniformity, suppresses lifting, and blocks moisture intrusion in display lamination.

Anionic curing lets epoxy-maleimide adhesives keep strong adhesion under humidity while delivering thermal stability for electronics packaging.

A filler-rich silicone composition uses silatrane-based adhesion promotion to bond nickel and gold while keeping hot-melt processability and low expansion.

A TPU and silver nanowire tape suppresses peeling static electricity while enabling residue-free removal and blocking water during wafer grinding.

An aromatic-anhydride die attach composition improves adhesion on copper and nickel leadframes under heat and humidity, boosting bond reliability.

A resin and mixed-metal particle adhesive controls bond line thickness, minimizes fillet, and prevents voids and tilt in thin die attach.

Balanced acrylate, epoxy, and thiol group ratios maintain peel and shear strength even where UV exposure is incomplete.

Moisture-controlled adhesive film suppresses bubble-driven expansion and component shifting during fan-out WLP sealing while enabling easier peeling.

Conductive metal particles in a curable polymer cut joint resistance and block oxidation in busbar connections without plating.

Tin powder with high-epoxy-equivalent resin and a C4-C9 dicarboxylic acid improves storage stability, adhesion, and film conductivity at lower cost.

A polyvinyl acetal and cellulose derivative blend improves MLCC paste printability and green-sheet adhesion while reducing electrode defects.

A phosphoric acid-containing curable component strengthens bonding and lowers cured resistance in conductive adhesives with less conductive powder.

A PPSU/PESU/PSU laminate with a photopolymerized adhesive layer improves hot-water adhesion durability while lowering fuel cell sheet waste and cost.

Controlling sinter layer roughness and lamination pressure improves chip transfer while limiting substrate separation and wrinkling.

Aggregated silver particles in a thermosetting resin improve bonding reliability, heat dissipation, and thermal resistance in semiconductors.

A conductive epoxy with vinyl ether and onium salt enables fast low-temperature curing, flexible bonding, and low contact resistance in shingle solar modules.

A silicone matrix that ceramifies under extreme heat gives battery assemblies cushioning, electrical insulation, and a thermal fire barrier.

A thermally conductive insulation film with pre-bonded thermosetting adhesive transfers heat to metal parts while maintaining electrical isolation.

Ionic-doped electroadhesive polymers tune resistivity for the Johnsen-Rahbek effect, enabling lightweight clutches with strong adhesion at lower voltage.

A solid hot-melt organopolysiloxane with conductive particles forms uniform, peel-resistant electrode layers with viscoelasticity for transducers.

A protected silver-particle coating enables thermosetting conductive adhesive to sinter at low resistance while supporting pressure-free bonding.

Metal-coated core-shell conductive particles create sharper contact points and larger z-axis pathways, improving conductivity at lower loading.

A curable temporary bonding adhesive uses long alkyl-chain additives to hold wafers through polishing yet release cleanly from varied substrates and resins.

A thermoplastic and siloxane two-layer adhesive keeps wafer bonding stable through CVD while enabling easy support peeling and residue cleanup.

A hydrosilylation-cured silicone temporary adhesive uses a phosphorus- and sulfur-free phenolic antioxidant to hold thin wafers through heat, then peel cleanly.

A hydroxyphenyltriazine laser release layer bonds wafers through CVD, then peels cleanly from the support without resin contamination.

A heat-cured silicone temporary adhesive keeps thin wafers stable on stepped substrates while enabling clean peeling and residue removal after TSV and grinding.

A silicone temporary adhesive maintains wafer bonding through high-temperature TSV and back-side wiring, then dissolves cleanly for easy debonding.

An n-heptyl (meth)acrylate adhesive balances irregular-surface filling with clean wafer tape removal after light or heat curing.

A carbon black, carbon fiber, and nanotube adhesive builds a 3D conductive network to improve dispersion, conductivity, and energy density.

An organoaluminum complex breaks aluminum oxide while nickel powder forms conductive paths, cutting connection resistance in bonded base metals.

A hot-melt adhesive filled with conductive particles bonds the cell to a safety component while speeding heat transfer for rapid overcharge cutoff.

A diblock acrylic adhesive balances dicing strength, water resistance, and UV-triggered chip release for semiconductor wafer processing.

A crosslinked insulating adhesive layer on positive electrode edges resists wear and laser debris to prevent separator punctures and tab short circuits.

A substituting agent removes the filler lubricant layer so a curable polymer adhesive keeps conductivity and bond strength under stretching.

High-purity alicyclic epoxy with low impurity content improves resin curability while maintaining transparency and heat resistance in cured products.

A tuned temporary fixing resin film suppresses peeling during reflow while allowing clean support tape removal from thin coreless substrates.

A silatrane-modified silicone composition balances hot-melt molding with strong adhesion to nickel and gold plus high-temperature flexibility.

An isobutene-based adhesive layer between a flexible substrate and barrier film reduces warping, blocks water vapor, and resists fold bubbles.

Graded crystalline silica in silicone potting improves heat transfer and flowability while keeping density low for compact heat-generating components.

Hydrophobic-treated fumed silica in an olefin encapsulant film raises volume resistivity to improve PID resistance and reduce PV module power loss.

A water-based binder with sodium-ion polymers and ether-bond conductive polymer improves hard carbon dispersion, SEI stability, and cycling.

Sealed packaging and polymerization-inhibiting additives keep single-component cyanoacrylate adhesives stable for at least 30 days before use.

A low-viscosity epoxy, amine, and acrylate composition enables fast curing and longer pot life for thermally conductive battery assembly members.

A tuned epoxy-curing system keeps thermoconductive adhesive viscosity low while extending pot life and reaching fast gelation for electronics assembly.

Balances low viscosity with adhesion by controlling mass loss and elastic modulus, helping thermal interface bonds resist peeling in cycling.

A viscoelasticity-tuned conductive adhesive balances heat transfer and adhesion, resisting peeling as bonded gaps shift during thermal cycling.

An epoxy resin with a multi-active amine and tuned equivalent ratio improves PET adhesion and elongation for reworkable thermal members.

Heat-activated hydrosilylation enables low-temperature silicone curing with storage stability, higher hardness, and low surface tack.

A fibrous acrylic adhesive with inorganic particles reinforces thin vehicular members while maintaining strength, adhesion, and heat resistance.

Acrylic resin with aromatic-ring units helps semiconductor adhesive film balance HAST resistance with strong die-bonding force.

An extended substrate length creates more usable transfer positions in a sinter bonding sheet roll, improving semiconductor yield without extra bonding material.

A dual-size silver particle paste with a low-volatility solvent stabilizes print viscosity and enables fast nitrogen sintering with strong joints.

A Si-rich interfacial bonding coating lets electrical steel sheets self-bond, improving adhesion, noise, vibration, and long-term stability.

A fluorinated acrylate protective film improves chip scratch resistance, adhesion, and low-friction marking without complex reinforcement.

Liquid phosphinic acid salt and polyphosphate add flame retardancy to hot melt adhesive without the high viscosity that blocks spray use.

A filler-optimized adhesive film cures at lower temperatures while discharging interface voids to improve semiconductor package heat release and reliability.

A dual-catalyst semiconductor bonding resin balances heat conduction, room-temperature storage stability, and pick-up performance.

Amino alcohol-coated copper fine particles enable low-temperature sintering without a reducing atmosphere while maintaining conductivity, adhesion, and oxidation resistance.

UV-crosslinkable hot-melt coating on polymeric-plasticized PVC film improves heat resistance, adhesion, and solvent-free tape production.

A phenol resin, polyvinyl butyral, and carboxylic acid blend improves wet friction member adhesion and heat resistance without nickel or cobalt.

A tailored imidazole-cured epoxy composition reduces warpage while preserving heat resistance, strength, storage stability, and curing in chip packages.

A flexible polyurethane urea adhesive layer enables laminated photochromic lenses to be mass produced without restricting dye structural change.

A multi-part reactive-silane and epoxy composition resolves the strength-flexibility tradeoff in structural bonding across dissimilar materials.