Adhesives TRIZ Cases

Backing plate reacts placement force during composite tape deposition, eliminating inconsistencies from separate stiffener placement.

A separation apparatus grips printing plates and slip-sheets together to expose the image recordable material for efficient handling.

A separation gripper uses mechanical control means to adjust the relative speed of circumferentially offset retaining elements.

Copolymerizing terephthalic acid, adipic acid, and polyether polyols reduces volume shrinkage during cooling while maintaining high crystallization rates.

A hydrogenated block copolymer adhesive composition with controlled diene saturation and specific tackifier ratios.

Segmented wrapper design with a dedicated cord reservoir at the withdrawal end prevents cord tangling and simplifies user access during insertion.

Replacing mechanical masks with laser etching on assembled carriers eliminates exposure errors and reduces manufacturing costs for mass production.

Silicone polyoxamide copolymers incorporate hard segments to enhance solvent resistance and mechanical properties.

Surface-treated calcium carbonate prevents hydrogen gas generation, maintaining viscosity stability during storage.

Low molecular weight ABH copolymers reduce processing temperature and energy consumption while maintaining bonding strength in hot-melt adhesives.

Maleic anhydride grafted polyolefins deliver heat resistance above 150°F without increasing viscosity.

Iso-grid composite components prevent delamination in gas turbine nozzles by using interstitial ply layers to accommodate thermal expansion between ribs.

Vertical overlap of seal patterns and alignment layers minimizes bezel width while preventing adhesive degradation through spreading prevention means.

A low-high melting fraction ethylene-(meth)acrylic acid copolymer maintains dispersion viscosity to resolve light transmittance and adhesion trade-offs.

A metallocene catalyst system produces ethylene/alpha-olefin copolymers with ultra-low molecular weights and uniform comonomer distribution.

Sliding connecting modules on a labelling machine carousel enable rapid device repositioning, resolving versatility and cost trade-offs.

Self-adhesive silicone gel composition prevents void formation and peeling on copper or aluminum substrates under high temperature conditions.

Ionomer and propylene polymer blend forms strong seals across wide temperature ranges.

Replacing mechanical latches with magnetic coupling maintains optimal web tension and prevents film slack or breakage during foam-in-bag dispensing.

Micropatterned brachytherapy substrates prevent seed migration and ensure uniform radiation delivery by fixing radioactive sources in spaced-apart regions.

Segmented synthetic finishing profile and adjustable knife cutting tool resolve mechanical strength trade-offs during subdivision of floor covering edges.

A hot melt adhesive composition uses specific copolymers to deliver reliable bonding strength.

A silane-modified polymer adhesive forms a crosslinked network to encapsulate electronic assemblies.

A composite preform production method positions edge regions out of the primary plane to insert secondary fiber layers between multi-axial plies.

A tackified separation member creates sufficient adhesion to separate low stiffness labels from release liners, enabling accurate dispensing onto substrates.

A rubber-based hot melt sealant composition with semicrystalline olefinic polymer and plasticizer enables foamable gasket application.

Thermal copolymerization of cyclic olefins and silanes produces curable petroleum resins with high grafting ratios for reactive adhesives.

An integrated device merges laying, cutting, and hot forming on dual tables to produce composite parts without manual handling.

Dimercaptan terminated polythioether polymers enable controlled curing and low temperature flexibility through specific molecular structures.

Functional mixtures use bio-based donors and acceptors with weakly basic catalysts to enable room-temperature curing.

Heating laminated composites enables conical needle insertion for through-thickness reinforcement, preventing fiber deflection and splitting.

Ionic groups in silicone ionomers form aggregates that improve compatibility with non-silicone polymers.

A propylene resin composition with controlled semicrystallization and melting point enhances adhesive bonding strength.

Fluorene units and long alkyl chains reduce dielectric loss and water absorption, resolving signal integrity issues in 5G communication substrates.

A portable method folds plastic composite flooring using heat and pressure to create custom shapes on-site.

Decouples labeling device drive from supply unit to enable independent speed operation, eliminating manual article insertion during start-up.