Non-Macromolecular Adhesive Additives TRIZ Cases

An EVA and wax blend supports gas-permeable medical seals, clean peeling, and reduced fiber-tear contamination during opening.

Modified cyclodextrin and controlled silane crosslinking balance bending resistance, cohesive strength, and reworkability in display adhesive sheets.

Controlled acrylic ester chain lengths and organic components preserve skin adhesion while limiting stratum corneum exfoliation.

Tannic acid and an amphiphilic block copolymer form a hydrogel adhesive that combines mechanical strength with biodegradability and biocompatibility.

A reactive organosilicon thixotropic agent helps LED encapsulation adhesive balance stable thixotropy, transparency, strength, and adhesion.

A maleimide adhesive combines epoxy resin and diaminotriazine imidazole to bond copper foil and low-dielectric FPC films while resisting moisture and reflow.

Organic and inorganic particles help the adhesive film resist dents and flexing while maintaining haze at 1% or less.

Dicyandiamide, an amine adduct curing agent, and core-shell polymer particles support low-temperature epoxy curing while preserving adhesive strength and storage stability.

A controlled blend of adhesive, pigments, and glitter delivers uniform shiny coatings while retaining strong bonding and controllable drying.

Optical brightener sensitizers transfer light energy to bisacylphosphine oxide photoinitiators, improving surface curing while retaining deep-cure activity.

Emulsion-polymerized polyacrylate PSA avoids rosin and terpene tackifiers to resist repulsion on curved labels while retaining transparency.

A glyoxylate photoinitiator enables 405 nm curing of display adhesive sheets while limiting photodecomposition products and UV damage.

Controlled epoxy and acid-anhydride ratios support low-temperature sealing of perovskite solar cells while preserving adhesion and power output.

A low-molecular-weight tackifying resin improves compatibility and dispersion, retaining adhesive force without a release liner during storage and transport.

Silane-mediated curing supports room-temperature cure and adhesion to polyphenylene sulfide and nylon 66 without restricted metal catalysts.

Liquid rubber and high-surface-area filler replace solvent-based tennis ball adhesives, supporting strong, durable bonding with lower VOC impact.

Inorganic particles raise adhesive-film refractive index while the acrylic matrix preserves peel strength, low haze, and foldability.

A layered gradient film combines resistance heating with a super-hydrophobic surface to delay icing and reduce aircraft de-icing power.

An ornithine-citric acid aqueous salt adhesive maintains strong, reversible bonding without precipitates and supports water-based removal.

Alkyl-silane-treated silica adds thixotropy to curable resin while preserving transparency and improving application workability.

Specific photoinitiator chemistry suppresses curing during storage, preserving level difference absorbability and stress relaxation until irradiation.

This formulation addresses weak silicone interfaces by improving hot melt adhesive bonding to silicone sealant and glass.

Sequential filling, hygroscopic, and second filling layers block moisture and oxygen while bonding the OLED display substrates.

A solvent-free rubber adhesive combines liquid rubber and high-surface-area filler for durable tennis ball core bonding.

This case combines epoxy resin, elastomeric particles, and externally activated guanidine curing for strong, workable substrate bonds.

This photovoltaic film converts damaging UV into visible light while maintaining insulation and supporting longer assembly life.

A PVC-epoxy anti-flutter adhesive uses dual peroxides to cure across 150–200°C, reducing energy demands across automotive lines.

A hot-melt adhesive sheet combines non-eutectic solder particles with crystalline polyamide to preserve continuity and bending resistance.

Polyurethane prepolymer, thermoplastic resin, and aspect ratio promoters support thin bond lines with adhesion and impact resistance.

This adhesive composition uses controlled block structure and additives to improve tensile properties, holding power, and workability.

A surface protective layer with hydroxyphenyltriazine suppresses UV absorbent bleed-out while preserving long-term weather resistance.

A high-index adhesive layer boosts light output while a lower-index layer adds flexibility and shock absorption in foldable displays.

Alicyclic epoxy tackifiers support room-temperature curing while preserving silicone adhesive strength in hot, humid conditions.

This case separates curing from additive infiltration to retain adhesive strength, transparency, and production flexibility.

Epoxy-polysulfone adhesives balance extrusion or molding, shelf stability, and strong metal bonds at elevated temperatures.

Controlled silane coupling and conductive filler deliver over 10 W/(m·K) without dispenser nozzle blocking.

This case uses plasma-treated organic films and siloxane bonds to preserve adhesive strength and damping during ink immersion.

A curable perfluoropolyether formulation combines chemical and solvent resistance with antistatic peeling for protective tapes.

Nonaqueous sol-gel chemistry combines organosilane and metal alkoxide to improve steel adhesion while reducing corrosion and blistering.

A two-stage epoxy adhesive uses sequential compositions to combine rapid fixation, cured strength, durability, and oil absorption.

A dual-glass-transition block copolymer helps flexible OLED encapsulation films recover after folding while retaining moisture resistance.

This case combines asphalt with styrenic block copolymers to improve durable roofing membrane adhesion and simplify installation.

Chitosan and citric acid form a dynamic network that controls viscosity for strong, water-resistant wood bonding.

Dual-density fillers keep epoxy lightweight while preserving toughness and sag resistance.

This case controls VOCs and ionic substances in OLED adhesive films to limit moisture damage and electrochemical corrosion.

Plasticizers, ionic compounds, and conductive particles support durable skin contact and lower impedance in biosignal measurements.

Controlled hydrogenation and tackifier blending balance biobased content, adhesion, flexibility, and heat resistance.

A segmented epoxy-polythiol cure balances workability, strength, and durability.

This case shows how amino acid-derived surfactants improve wetting and colorant deposition while limiting printhead corrosion.

A conductive hot-melt sheet uses carboxyl polyamide and non-eutectic solder to maintain card connections under heat, humidity, and bending.