Adhesives TRIZ Cases

Hydrosilylation creates a reactive silicone resin that balances adhesive dispensability, mechanical properties, and moisture cure response.

This case uses mild-base end-capping followed by acidic neutralization to keep alkoxy polymers stable for months of storage.

Side-chain modification improves curing reactivity without gelation in polyester resin.

Reactive silane chain extension avoids corrosive catalyst removal while producing viscosity-stable, low-modulus, non-staining sealants.

Block copolymer architecture delivers strength and flexibility without vulcanizing agents.

Polyolefin hot melt adhesives balance low viscosity, fast set time, and fiber tear strength.

Ether-linked compounds, thiols, and photoinitiator support a cured silicone product that resists thermal-aging cracks and delamination.

A tailored silicone blend enables rapid optical sealing with adhesion and humidity durability.

A semicrystalline copolyamide hot-melt balances thermal conductivity, low viscosity, and adhesion for encapsulation of fragile electronics.

Biodegradable PHA plastisols combine plasticizers, crosslinkers, and nucleating agents for stable, flexible coating films.

A segmented backplate supports the bending area, preserving display curvature while limiting wiring cracking and deformation.

A modified polyester resin maintains high molecular weight and storage stability in emulsifier-free water dispersions.

Polydiorganosiloxane, crosslinker, and metallic catalyst form a durable tie coat that resists cracking and disbondment subsea.