Coatings TRIZ Cases

Spray atomization impregnates fibers without shear degradation, enabling complex shapes and eliminating long debinding cycles.

A curable siloxane composition forms a flexible packaging material with enhanced stretchability and recoverability.

A polyamide resin composition blends aromatic and aliphatic resins with modified polyolefin and calcium carbonate to enhance plating adhesion.

Direct injection molding of thermoplastic features onto finished LWRT panels eliminates unreliable secondary welds and structural weaknesses.

A thiophene polymer conversion layer achieves enhanced molecular orientation through controlled X-ray diffraction peak intensity ratios.

Heating coated glass to 550-675°C restores infrared reflectance, reducing emissivity and preventing coating damage.

Controlling capillary number differences during discharge minimizes step height at the boundary between rigid and flexible coating layers.

A diffractive beam splitter uses an immersed continuous surface to achieve high diffraction efficiency and uniformity.

Aluminosilicate particles in polysilazane binders resist thermal cycling cracking while maintaining insulation below 0.5 W/m-K.

Heated extrusion die applies high viscosity materials to moving substrates, resolving coating quality loss at elevated manufacturing line speeds.

A transport device moves inserts through preparation and injection molding stations without removal.

Irradiating fluororesin above its melting point and applying heat treatment reduces perfluoro compound content while maintaining abrasion resistance.

A movable magnet retains ferromagnetic inserts through the mold cavity surface, eliminating complex electrical systems and preventing surface deformation.

A thermal transfer sheet uses an intermediate layer containing inorganic particles to enhance foil cutting properties and printing density.

Polyarylene sulfide resin production uses a specific polymerization inhibitor to enhance reactivity with impact resistance improvers.

Cross-linked silane derivative bonds to optical surfaces via covalent attachment, creating a durable hydrophilic layer that prevents fog formation.

Refractive index matching via an optical adjusting layer prevents electrode pattern visibility, enhancing image quality in thin flexible displays.

Nanoparticle dispersion in poly(methyl methacrylate) balances scratch resistance and optical transparency by matching refractive indices.

Merges heating and molding functions into one tool, eliminating transfer paths that cause energy loss and temperature drops.

Latent amidine and Lewis acid catalysts enable fast curing of solvent-free organosiloxane coatings at low temperatures.

A thin PVDC polymer film covers silver thermal glazing stacks to shield metallic layers from environmental damage.

A three-dimensional molded fibrous part incorporates non-flammable granules into the fiber matrix to enhance thermal insulation and safety.

Heated thermoplastic resin in a pre-formed mold accepts textile layers to create deep, variable geometry etchings without complex post-processing embossing.

A transparent substrate bearing a multilayer solar control stack comprising optimized dielectric coatings and functional layers.