Priming Paints TRIZ Cases

UV-curable acrylate compositions form transparent high-index polymer layers that stay stable at 250°C for multilayer optical devices.

Alternating inorganic layers and polymer nanocomposites block moisture and oxygen while preserving flexible OLED bendability.

An acrylic polyol and isocyanate primer merges undercoat and showcoat functions, cutting coating stages while preserving gloss and surface appearance.

An anionic waterborne polymer seals wood knots, limiting extractive migration and discoloration while remaining compatible with coating formulations.

This case combines modified PVDF with compatible polymers for in-situ concrete coating that resists moisture, corrosive gases, and UV.

A primer topcoat paint composition combines non-styrene and styrene acrylic copolymers to deliver sealing, adhesion, and stain resistance.

Aqueous binder with three dispersed acrylic polymers delivers fast drying and high end-hardness.

Controlled hydrolysis of azlactone groups tunes surface roughness and porosity, resolving the trade-off between structural precision and process complexity.

A fluoropolymer composition uses a DMSO and diester solvent mixture to adhere coatings onto metal surfaces.

Cyano-functionalized polysilane chains bind metal compounds to substrates, resolving uneven distribution and unstable retention issues.

Vinylidene chloride-acrylic acid-vinyl chloride terpolymer primer prevents tannin and rosin bleeding from wood, maintaining topcoat color integrity.

Cross-linked chlorinated polyolefin binder achieves strong adhesion on nonpolar plastics without chemical pretreatment.

Combining reactive silanes and organic base accelerates curing time while maintaining bond strength without extensive surface treatment.

A coating composition uses acid-modified polyolefin and coumarone-indene resin to form a protective film on polypropylene substrates.

A polysiloxazane compound with siloxane moieties enables liquid-liquid separation for byproduct removal.