Non-Macromolecular Adhesive Additives TRIZ Cases

Segmented amine hardeners in epoxy resin eliminate manual mixing inconsistencies while preventing solvent waste.

Antireflection filler with surface projections scatters light, reducing specular reflectance without increasing viscosity.

Replacing carbon black with a leuco dye eliminates UV absorption, resolving the contradiction between thick-film curability and concealing effect.

A window film adhesive layer with controlled creep compliance resists deformation under shear stress.

A sintering bond sheet transfers conductive material to semiconductor chips under controlled pressure and temperature.

A curable resin composition combines phosphoric acid-modified epoxy with blocked urethane to bond structural materials.

Block copolymer adhesive combines polyphenylene ether end block tackification with oligomeric acrylate additives to enhance thermal resistance.

A baseless modified asphalt waterproofing coil uses basalt fiber and a high-temperature tackifier to enhance bonding strength.

A one-pack adhesive uses capsule accelerators and flaky fillers to bond fuel cell separators.

An acrylic pressure sensitive adhesive composition uses in-situ polymer formation to achieve suitable coating viscosity.

Acrylic adhesive composition with controlled storage modulus enables inkjet printing, reducing thermal stress in foldable displays.

A liquid molding compound uses epoxy-modified butyronitrile rubber to enhance adhesion and impact strength.

Silane coupling agents bridge binder resins and adhered members, preventing detachment while enabling high-rate nitrogen generation in micropumps.

This photo-curable resin composition balances elastic modulus via stress ratio control to prevent air bubbles and bursting during the Dam & Fill process.

Sulfur-based reducing agents break disulfide bonds in soy protein adhesives, lowering viscosity while maintaining bond strength and stability.

Organotitanate-based primers resolve long dry times and cold temperature issues while maintaining bond durability across various ceramic frits.

A curable organopolysiloxane composition cures via heat or high-energy beams to form transparent adhesive layers.

Dual-viscosity adhesive layers create distinct surface properties through spontaneous diffusion.

Replacing melamine with a carbodiimide crosslinking agent reduces formaldehyde emission while maintaining self-adsorption strength.

A heat bonding sheet uses a component migration prevention layer to suppress material transfer between laminated sheets.

Melting granular silicone at low temperatures prevents premature curing defects while stretching the laminate between rollers ensures uniform film thickness.

Acrylate polymers with polymerized photoinitiators stabilize hot melt viscosity for pressure sensitive adhesives.

A water-based adhesive uses penetrants to intermingle with elastomer substrates.

A polyvinyl acetal resin composition incorporates a reactive diluent and photopolymerization initiator to enable extrusion moldability.

Vinyl silane coupling agents maintain heat-resistant adhesion after storage by forming stable chemical bridges between urethane prepolymer and resin substrates.

Doped adhesive tape increases mass density to facilitate backscatter X-ray detection during aircraft manufacturing.

A pressure-sensitive adhesive sheet uses a phosphorus-based flame retardant to create a sealing gasket.

A reactive pressure-sensitive adhesive film uses a crystallizable polymer matrix to maintain storage stability and adhesive performance.

A copolymer latex adhesive composition incorporates calcium carbonate and alkali metal salts to suppress foam generation during manufacturing.

A dual curable thiol-ene sealant composition enables rapid photochemical curing on demand while maintaining extended application time.

Composite adhesive composition with alkoxy silane moiety prevents moisture penetration, maintaining optical clarity under high temperature and humidity.

A polyurethane composition uses an organic antioxidant and chelating agent to prevent polymer degradation.

Core-shell thermoplastic elastomer particles in a rubber polymer matrix maintain viscoelasticity and adhesion reliability across wide temperature ranges.

Partial hydrogenation and high esterification suppress volatile odors while preserving tack at 5°C and heat stability.

Acid salts in the PSA layer neutralize ammonia, preventing zinc corrosion on Low-E glass during storage.

Optimized silicone resin chemistry minimizes curing shrinkage stress to prevent display warpage and maintain optical legibility.

A one-component heat-crosslinked polyurethane adhesive merges resin and curing agents to enable rapid thermal bonding.

A soluble polyimide resin composition with a hydrazide structure and curing agent.

A silicone adhesive composition with specific vinyl and hydrogen polysiloxane ratios provides strong adhesion.