Nano Copper Zinc Alloy Powder Introduction
This product is manufactured using a laser-ion-gas-phase method with a variable current. This method controls particle size and composition. The Cu-Zinc nanoparticles are blended at the nanoscale. The product exhibits high purity and a defined particle size distribution, while the particle surface is flat and presents a specific surface area with high surface activity.

Nano Copper Zinc Alloy Powder Specifications
Materials
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Copper-Zinc
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Purity
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>99.5 %
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APS
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60 nm
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Specific Surface Area (m²/g)
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10.2
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Colour
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Black
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Nano Copper Zinc Alloy Powder Applications
- Electronics: This powder is used in the manufacture of electrical components such as connectors, switches and printed circuit boards, given that it provides electrical conductivity.
- Antifouling Coatings: It is used as the primary constituent in antifouling coatings to protect ship structures and vessels from corrosion and biological fouling in marine environments.
- Battery Technology: The powder contributes to battery performance regarding energy storage and charge/discharge rates, thereby supporting advanced energy storage systems.
- Additive Manufacturing: It is employed in 3D printing to produce conductive structures and components for custom electronics, given that it meets manufacturing requirements.
- Catalysis: The powder is used as a catalyst in various chemical reactions, thereby enhancing the efficiency of chemical processes.
Nano Copper Zinc Alloy Powder Storage Conditions
This product should be stored in a dry, cool and sealed environment. It must not be exposed to air and high pressure must be avoided during normal transport.
Nano Copper Zinc Alloy Powder Packaging
Our Nano Copper Zinc Alloy Powder is labelled and externally marked to support product identification and quality control. The packaging is designed to prevent damage during storage or transport.