Anodisation TRIZ Cases

Vertically aligned nanowires transfer from an anodized alumina template to a flexible substrate via a conductive interlayer.

Micro-arc oxidation creates a stable oxide layer on magnesium alloy casings, enabling sputtered coatings to resist rust while maintaining metallic luster.

Co-depositing aluminum with chromium or hafnium ions creates nanocrystalline structures that increase hardness while maintaining ductility.

Nanoporous anodic aluminum oxide templates reduce etching complexity while enabling conductive material penetration to enhance UV LED light extraction.

A specialized aluminum alloy composition and surface finishing method resolve anodization irregularities in cast medical scope components.

An anodized oxide film and ceramic layer on aluminum alloy components prevent plasma-induced metal contamination.

A corrosion-resistant coating isolates interior metal from electrolytes in clad electronic housings.

Stacked oxide film layers with perpendicular and radial pore structures produce a bright white appearance on metal housing surfaces.

A stainless steel sheet for fuel cell separators uses controlled annealing and anodic electrolysis to form Cr-containing fine precipitates at the surface.

An aluminum conductive member uses anodic oxidation and conductive films to create distinct electrical connection and insulation regions.

A low-dielectric resin composition uses PBT or PPS resins with chopped glass fibers to create composite materials.

A silane coating applied to titanium electrosurgical instruments provides a conductive, non-stick surface.

Metal-sealed micropores in an anodized aluminum film boost plasmon resonance intensity for high-sensitivity Raman analysis without costly precise control.

Anodic oxide coating with 70-1500 nm thickness bonds aluminum to resin, maintaining strength in high temperature and humidity environments.

Alternating current anodization creates a uniform oxide layer that resists silicon impurities and eliminates sealing steps.

Plasma electrolytic oxidation incorporates soluble secondary salts into metal oxide layers to form durable mixed coatings.