Stable aluminum plating film generation has been achieved with electric plating using newly developed ionic liquids!
〇 A groundbreaking technology in the neodymium magnet market, internationally cutting-edge technology 〇 Effectively applicable in defense, aerospace, maritime strategy, and environmental protection 〇 Safe green solvents: wide applicability in chemical engineering, batteries, and materials 〇 Zero emissions: no wastewater or exhaust gases
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basic information
<Ionic Liquids> - Molten salts below 100°C - Entirely composed of ions - Does not use water or organic solvents <Ionic Liquid Electroplating Technology> - Does not use water (no wastewater) - Non-volatile - Non-flammable - Applicable to workpieces of all sizes and shapes - Does not affect the mechanical properties of the substrate at low temperatures - High-quality coating with no defects such as cracks or pinholes - Strong durability (for aluminum and its alloys, various metals) <Low-Cost Plating Equipment> - Laboratory experimental equipment (customizable) - Rack plating equipment - Barrel plating equipment
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Applications/Examples of results
<Application> - Al electroplating on the inner surface of slender tubes (for tritium and nuclear waste treatment) - Smartphone shell (solving the anodized coloring issues of die-cast Al alloys with Al electroplating) - Al electroplating on rare earth permanent magnets (addressing magnetic degradation and Ni release issues) - Plating on plastics - Al electroplating on high-strength fasteners and springs - Expanding applications in other areas!
Detailed information
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Sample of aluminum-coated neodymium magnet
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Ion plating liquid
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Rack plating equipment
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Barrel plating equipment
Company information
Since its establishment, we have primarily engaged in the import and sales of advanced materials and research equipment, focusing on national research institutions, public universities, and corporate research laboratories. Our main market is in the field of material development, including dielectrics, ferroelectrics, piezoelectrics, and pyroelectrics. We contribute to research and development across a wide range of material fields, from bulk materials to polymers.