An aluminum coating forms an intermetallic bond with a ferrous base body, preventing iron oxide corrosion and wear.
An insulation layer on a secondary battery safety vent prevents current flow and explosion when internal pressure exceeds thresholds.
A multi-chambered electroplating system uses a shield to control electric current flow between chambers.
Anodized aluminum mold cavities replicate motheye nanostructures onto optical articles during injection molding.
Applying controlled potentials deposits NHC layers that suppress peak currents and reduce metal reactivity.
Integrated anodizing and deposition steps simplify manufacturing complexity while delivering high-gloss ceramic texture on electronic device housings.
A pattern transfer mold uses electrostatic deformation of stacked conductive layers to achieve uniform contact for fine pattern replication.
Low-temperature hard anodic oxidation creates hypoallergenic, wear-resistant aluminium oxide layers for jewellery while simplifying manufacturing.
A solid electrolytic capacitor uses a non-ionic surfactant in the first conducting polymer layer to enhance interfacial adhesion.
A ceramic-like light metal article uses a polished anodized resin layer to achieve high surface gloss and diverse color variations.