Zinc Metal Wire 2mm Diameter for Laboratory and Chemical Experiments

Zinc metal wire with a 2mm diameter is a versatile and easy-to-handle material commonly used in school laboratories, university experiments, and basic chemical research. Its moderate thickness offers a good balance between strength and reactivity, making it suitable for demonstrations, reactions, and hands-on learning.

In chemistry labs, 2mm zinc wire is frequently used in single-displacement reactions, such as reacting with hydrochloric acid to produce hydrogen gas or displacing copper from copper sulfate solutions. These experiments help students understand oxidation-reduction (redox) processes, metal reactivity series, and chemical bonding.

The 2mm diameter is easy to cut, bend, or coil, allowing for use in a variety of experimental setups. It is reactive enough for clear demonstrations but not so thin that it breaks easily. Its solid metal form ensures consistent reactions and is ideal for electrochemical cells, galvanic experiments, or corrosion studies.

Teachers and researchers also appreciate its visible and manageable size, which is suitable for classroom demonstrations or small-scale analytical tests. The wire is usually bright or matte finished, depending on surface treatment, but remains free from heavy oxidation for reliable performance. Overall, 2mm zinc metal wire is a safe, practical, and educational material for exploring fundamental chemistry concepts in a hands-on way.

• 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.