High Purity Zinc Wire 99.99% for Galvanizing Laboratory Use – 1.0mm-3.0mm Diameter

High-purity zinc wire with a 99.99% zinc content and available in diameters ranging from 1.0mm to 3.0mm is a premium-grade material valued for its exceptional cleanliness, consistent performance, and versatility. This wire is widely used in galvanizing processes and scientific laboratories, where material purity and precision are critical.

In galvanizing, especially hot-dip galvanizing, zinc wire is melted and used to coat iron or steel to protect against rust and corrosion. The 99.99% purity ensures that the resulting zinc coating is smooth, uniform, and free from impurities such as lead, cadmium, or iron, which can weaken the coating or cause defects like dross formation.

The availability of multiple diameters (1.0mm-3.0mm) allows users to select the ideal size for their specific galvanizing setup—whether for small-scale operations or industrial-scale zinc baths.

For laboratory use, this high-purity zinc wire serves a variety of purposes, including electrochemical experiments, metal reactivity studies, and corrosion testing. The 1.0mm-3.0mm diameter range offers flexibility—thinner wires (1.0mm-1.5mm) are ideal for precise experiments, while thicker wires (2.0mm-3.0mm) are better suited for larger-scale reactions, demonstrations, or custom setups.

The bright, silvery appearance indicates high purity and a clean surface, ensuring reliable performance in sensitive tests. Scientists and educators value this wire for its predictable reactivity, ease of handling, and contamination-free composition.

Whether used in academic research, quality control labs, or industrial galvanizing plants, high-purity zinc wire in multiple diameters provides versatility, performance, and quality assurance across 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.