Electroplating Grade Zinc Wire 99.99 Pure Fine 0.8mm Bright Finish

Electroplating-grade zinc wire that is 99.99% pure, 0.8mm in diameter, and features a bright finish is a high-quality material specifically designed for electroplating, metal finishing, and precision coating processes. Its high purity and clean surface ensure a uniform, adherent, and corrosion-resistant zinc layer on base metals like steel or iron.

The 99.99% purity means the wire is free from impurities such as lead, iron, or cadmium, which could contaminate the plating bath or result in defects like uneven coatings or poor adhesion. This level of purity is essential in industrial electroplating lines, precision metal finishing, and quality-critical applications.

The 0.8mm diameter is ideal for preparing zinc anodes or for direct use in small-scale electroplating setups. It melts steadily and dissolves consistently in electrolytic solutions, providing a steady supply of zinc ions for coating. The bright finish indicates a smooth, oxide-free surface that dissolves cleanly, contributing to a shiny, mirror-like final plating on the workpiece.

This type of wire is commonly used to produce zinc electrolytes or as an anode in galvanizing baths, where it helps achieve a protective, decorative, or functional zinc coating. It is widely applied in automotive parts, fasteners, hardware, and small metal components that require rust resistance.

In summary, 99.99% pure zinc wire (0.8mm, bright) is a premium choice for electroplating—offering high purity, consistent performance, and superior coating quality for industrial and precision applications.

• Purity reaches as high as 99.995-99.997%; impurities such as Pd and Cd are extremely low.
• Wire unwinds uniformly and continuously, ensuring excellent performance and long-term retention of key properties; the wire surface is smooth and oil-free.
• No wire feeding issues: no particles, tangled wires, kinks, bends, wire breakages, metallic particles in the spray coating, wire embrittlement/fragility, metal coating surface oxidation, arc failure or flameout during spraying, gun blockage, or plugging of the ignition gun, nozzle, or wire feed roll.
• Free test reports on capacitor spray coating thickness, porosity, and bond strength; and thermal spray zinc coating thickness and porosity test reports.