Zinc Wire Rod 99.9% Pure 2.5mm-4.0mm Ideal for Electroplating Research

Zinc wire rod with 99.9% purity and diameters ranging from 2.5mm to 4.0mm is a high-quality material designed for electroplating, metal refining, and scientific research. Its high purity ensures consistent performance in processes where metal quality and chemical reactivity are critical.

The 2.5mm-4.0mm diameter range makes the rods suitable for melting, casting, or electrodeposition processes. These sizes are easy to handle in laboratories, electroplating facilities, or small-scale metallurgy workshops. The 99.9% zinc purity means the material is free from harmful impurities such as lead, iron, or cadmium, which could affect plating quality or introduce contamination.

In electroplating, this wire is often melted and used to prepare zinc electrolytes or directly employed as an anode in zinc-plating baths. The high-purity zinc ensures a bright, adherent, and uniform coating on substrates like steel or iron, providing effective corrosion resistance.

For research purposes, the wire is used in metal reactivity studies, galvanic experiments, and alloy development. Its clean composition and stable form make it ideal for controlled experiments where predictable results are essential.

Overall, 99.9% pure zinc wire rod is a dependable, high-performance material for industrial electroplating and scientific investigations, offering purity, versatility, and consistent results.

• 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.