99.99% High Purity Zinc Wire Φ0.3mm to Φ10mm Metal Pure Zinc Beading Wire

For most bead wrapping and coiling work, diameters between 0.3 mm and 1.0 mm are the most practical. The 0.3 mm and 0.5 mm options thread easily through small bead holes, while 0.8 mm and 1.0 mm provide more structural rigidity for frames and loops. For heavier pendants or structural wire wraps, 1.2 mm–1.6 mm gives a sturdier result without becoming difficult to bend by hand.

Zinc is a softer, lower-tensile metal than copper or steel. Its tensile strength is typically in the range of 100–200 MPa depending on diameter and temper, which is lower than copper (~200–250 MPa) and significantly lower than steel wire. This makes it easy to cut and form by hand, but it is not suitable for load-bearing structural applications. It is best used for craft, jewelry, electrochemical, and light technical purposes.

Zinc does not rust (rust is specific to iron/steel). It does form a thin zinc oxide or zinc carbonate patina when exposed to air and moisture, which actually acts as a protective layer and slows further corrosion. For indoor craft and jewelry use, this surface change is minimal. For outdoor or high-humidity environments, the wire will develop a dull grey patina over time, which is normal for bare zinc metal.

Yes. The soft temper of this zinc wire works well with standard round-nose pliers, flat-nose pliers, wire cutters, and mandrels. No special tooling is required for diameters up to approximately 3 mm. For the larger diameters (4 mm–10 mm), heavier-duty cutters or a jeweler's saw may be needed for clean cuts.

Yes. The 99.99% purity level makes this wire well-suited for electrochemical experiments, galvanic cells, and sacrificial anode applications where a known-composition zinc electrode is needed. The 2 mm–10 mm diameter range is most commonly used for these purposes, as the larger cross-section provides more surface area and structural stability in a solution.

The 1 m length is a good starting point if you are testing a new diameter for a project or need only a short run for a single piece. The 2 m option suits small batch jewelry or craft projects. The 5 m spool is the most economical per-meter choice for ongoing projects, classroom use, or when you know you will use the full length. Note that not all diameter options are available in all lengths — check the variant selector for the specific combination you need.

Yes, zinc can be soldered using zinc-compatible or low-temperature solders with an appropriate flux. Standard tin-lead or lead-free electronics solder may not bond reliably without the correct flux. For best results, use a flux formulated for non-ferrous metals and work quickly, as zinc has a relatively low melting point (~419°C / 786°F) compared to copper or steel.