Non-Macromolecular Adhesive Additives TRIZ Cases

An ionic surfactant gradient in the adhesive layer improves panel-window bonding reliability in foldable displays while supporting narrower non-display areas.

Specific UV absorber structures preserve light and solvent resistance while allowing initiator activation for fully cured optical members.

Conductive nanoparticles help pressure-sensitive adhesives keep strong grounding and adhesion while lowering passive intermodulation interference.

A silane-modified adhesive bonds interlocking flooring to non-porous subfloors, blocking moisture wicking without epoxy removal.

Controlling alkali and alkaline earth metals in polyvinyl acetal adhesive suppresses touch panel whitening while preserving adhesion and impact resistance.

A rheology-modified ethylene polymer composition resists wash-off without precuring, stays pumpable at low temperature, and adheres to oily surfaces.

A water-based one-coat adhesive bonds vulcanizable rubber to rigid substrates, cutting coating steps and solvent use while preserving durability.

A low-plasticizer silylated adhesive with carbonate filler improves windshield bond strength and resists heat- and humidity-driven aging.

A visible-light photoinitiating system lets UV-blocking adhesive films cure at high resin conversion without sacrificing transparency.

By limiting heteroatom content in a UV-cured adhesive, this case preserves adhesion while reducing dielectric loss in thin high-frequency displays.

Heat-activated cross-linking in a modified polyolefin adhesive film strengthens aluminum foil bonding, preventing delamination, leakage, and VOC release.

Low-viscosity acrylic adhesive enables inkjet deposition while maintaining low-temperature flexibility and peel strength for foldable displays.

A silane-modified curable composition boosts bond strength and elongation while avoiding residual isocyanates, improving UV stability, and removing priming.

A silane-based adhesive layer and UV-absorbing pigment help fluororesin film keep strong substrate bonding after outdoor weathering.

An aminosilane adhesive layer and UV-absorbing resin substrate strengthen ETFE laminate bonding and resist peeling under long-term weather exposure.

A plate-shaped filler and tuned resin blend improve water vapor barrier sealing while preserving flowability, adhesion, and thermal shock resistance.

Cellulose nanofibers in the second-pack liquid suppress bleed-out, preserve thixotropy, and maintain cured adhesive strength after aging.

An ornithine-citric acid salt solution avoids precipitates while delivering strong adhesion, storage stability, and easy water-based removal.

A photoreactive polyester adhesive avoids unsaturated groups to maintain thermal stability while delivering strong pressure-sensitive adhesion.

Acrylic copolymer, elastomer, and nanofiller keep adhesive modulus stable from low to high temperatures, reducing ooze-out and delamination.

Low-hydroxyl terpene-phenol resins with diene rubber improve cable-wrap adhesion while reducing long-term damage to plastic insulation.

A specific tackifier controls isocyanate crosslinking during melting, helping solvent-free hot-melt PSA form uniform adhesive layers.

A dual-peroxide epoxy-PVC adhesive cures reliably from 150-200°C, cutting curing energy while maintaining shear strength and surface appearance.

APP-based potting paste for honeycomb reinforcement cuts smoke toxicity and opacity while maintaining low density, strength, and fire resistance.

A viscoelastic foam tissue interface conforms to anatomy, redistributes pressure, and maintains an air- or water-tight seal with less leakage.

A narrow-band dye in optically clear adhesive cuts display surface reflection while preserving visible light transmission and flexibility.

A silicate adhesive with polycarboxylate and catechol limits soak-in on fibrous mats, improving coating stability while preserving flexibility.

Heat-stable spun yarn and expandable graphite form a char-insulating composite that limits thermal shrinkage and meets NFPA 2112.

Partial electromagnetic irradiation creates region-specific modulus and creep behavior while keeping peel force stable to reduce lifting and bubbles.

A SEEPS-based hot melt with high-aniline-point oil improves high-temperature shape retention, substrate adhesion, and later disassembly.

Long-chain methacrylate monomers with block copolymers and core-shell particles cut adhesive odor while preserving strength and rheology.

Semi-cured adhesive layers conform to unique nail shapes, then cure under light to improve bond strength, durability, and natural appearance.

A multilayer film uses water-only activation to replace solvent painting, cutting VOCs, drying time, and surface preparation.

A recycled dialkoxysilane in sodium-neutralized ionomer improves glass adhesion in moist conditions while preserving clarity and impact energy absorption.

Aliphatic ketone solvents replace toxic THF and cyclohexanone to deliver faster-curing, low-VOC PVC and CPVC solvent cement.

A layered dressing combines activated carbon, a barrier pouch, and a superabsorbent core to contain exudate, limit backflow, and reduce infection risk.

Acrylic adhesive hardness is tuned to limit intrusion into optical sheet recesses while preserving bonding strength to other members.

Controlled pigment dispersion and high 150°C storage modulus help this acrylic adhesive tape maintain heat resistance and uniform masking.

Composite tungsten oxide particles and an amino coupling agent enable an adhesive layer that absorbs near-infrared light with low haze and stable dispersion.

Saccharin with photocationic or thermal cationic catalysts extends post-irradiation working time while preserving later curing across transparent and opaque adherends.

A nitrogen-containing additive helps biosignal electrodes resist moisture-driven peeling while maintaining adhesion, conductivity, and stable sensing.

High-carbon-black moisture-curing polyurethane improves windshield bonding with strong green strength, easy dispensing, and low delamination.

Fine calcium oxide and tailored polymer blends enable transparent sealing layers that block water vapor and reduce yellowing in moisture-sensitive devices.

A composite battery adhesive balances heat transfer with shear strength and elongation, helping CTP packs improve safety and service life.

A urethane adhesive with silane and carbodiimide helps metallic decorative laminates resist washout during molding and improve hydrolysis resistance.