‌How Nickel Nameplates Build Technical Moats for Anti-Counterfeiting Security Systems

Writer：admin Time：2025-03-27 16:47 Browse：℃

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In luxury goods, financial instruments, and high-end equipment, anti-counterfeiting demands continue to escalate. Nickel nameplates have become core components of next-gen anti-counterfeiting systems through micro-nano processing and material compounding technologies, reshaping industry security standards with their irreplicable physical properties.

A Swiss watchmaker implants 2mm nickel anti-counterfeiting plates in movements, using two-photon laser engraving to create 3-micron-deep 3D holographic patterns. Under 200x magnification, these patterns reveal unique lattice structures, with randomly distributed quantum dots per plate, raising forgery costs to millions. Magnetic sputtering coats neodymium-iron-boron layers for contactless verification, now adopted in bank vault authentication systems.

More innovatively, smart anti-counterfeiting nickel nameplates embed gallium nitride chips to transmit dynamically encrypted RF signals paired with blockchain verification, achieving full-chain protection from physical to digital authentication. This integration reduces counterfeit success rates to below 0.0001%.