Adhesives TRIZ Cases

See how non-uniform ridge geometry and capillary microchannels maintain friction in multiple di

A poncho-style warming blanket uses foldable front, back, and middle sections to heat both body sides while preserving patient access.

A compliant joining layer balances low-temperature thermal stress and heat transfer in electrostatic chucks while limiting dielectric breakdown risk.

A triallyl phosphate co-agent with peroxide and silane improves glass adhesion and volume resistivity in solar encapsulant films.

A reactive hot melt film replaces peroxide-cured encapsulants to improve adhesion, heat resistance, and contaminant control in thin-film PV modules.

Tris-(methacryloyloxy)-alkyl isocyanuric acids raise cross-link density so resin mortars keep bond strength at elevated temperatures.

Patterned carrier openings let heat-activated foam stretch for precise vehicle sealing or reinforcement with less material and controlled expansion.

Patterned openings let vehicle sealing and baffling materials stretch farther, cutting weight and cost while maintaining reinforcement and control.

A linear alpha olefin wax blend keeps hot melt viscosity low during set time while improving fiber tear for packaging bonds.

Grooved support plates and an anchoring washer lock raised floor tiles into a stable block that resists wind lift, heavy loads, and breakage.

Water-dispersible ionomer polyamide primers enable defect-free ultrathin coatings while maintaining thermal and hydrolytic stability.

A one-pot AXg/BZm route builds hyperbranched siloxane polyoxamides that raise tensile strength while preserving transparency, solvent solubility, and thermal stability.

Controlled viscoelastic adhesive properties keep liquid crystal cell gap and substrate adhesion stable while preventing pressing black spots.

An isobutylene star-polymer adhesive maintains bonding strength at elevated temperatures while limiting charge buildup through low permittivity.

A multi-polyolefin hot melt adhesive with wax preserves dry and wet peel strength after aging and moisture exposure in nonwoven bonding.

A multi-height adhesive dam and layer structure reduces edge light distortion, helping enlarge the active display area and improve transmission.

A light-curable adhesive stays soft for curved lamination, then cures to bond bent display and window surfaces without bubbles.

A filler-rich silicone composition uses hydrosilylation and an adhesion promoter to bond to aluminum at low cure temperature without losing flowability.

Pumpable BIW sealants cure and expand below 140°C in under 15 minutes, cutting bake energy while maintaining adhesion on mixed-material substrates.

Removing alkoxy-bearing organosilicon compounds helps this curable silicone maintain optical clarity and strength under high heat and humidity.

A 2K silicone adhesive uses epoxy silane and titanium alkoxide to keep strong, bubble-free adhesion on metal and plastic at 200-300°C.

A substituted PPS-PPO copolymer lowers dielectric loss in high-frequency wiring boards while retaining flame retardancy without added retardants.

Adhesive support elements secure panel edges and corners to prevent slab shifting, tilting, and lift-off while improving force transfer.

A biodegradable polyester adhesive uses poly(neopentyl sebacate) oligomers to deliver solubility, storage stability, tackiness, and peel strength.

A microcrystalline wax and polybutene glue secures cosmetic wafers without baseplates, toxic residues, or complex heated dosing.

A bismuth-catalyzed epoxy-silyl resin uses alkaline water to cure large-area bonds quickly without toxic organic tin catalysts.

A layered EVA foam cover uses surface apertures and removable adhesive backing to improve wet traction, comfort, and outdoor durability.

High-solid aqueous polyester resin redispersion replaces VOC solvents to improve storage stability, lower CO2 emissions, and maintain adhesion.

A polyester built from poly(neopentyl sebacate) oligomers delivers biodegradability, strong tack, and peel strength without separate tackifiers.

A modified polyamide composition resists staining without coating steps while preserving adhesion, heat resistance, impact resistance, and processability.

A cyclic thioether silicone formulation improves adhesion while resisting water, salt water, and oil in demanding automotive sealing.

A reinforced stability layer and low-tack adhesive enable vinyl tiles to lift cleanly without distortion or residue, supporting reuse and recycling.

A polyamide-epoxy adhesive layer limits cryogenic shrinkage while preserving insulation, flexibility, and mechanical strength for LNG transport.