Description
Specifications Table
Product Name – Silver, 99.9%, (trace metal basis), wire, 1.0 mm diam., 1ea = 8.2gr
Quantity/Pack Size – 1ea = 8.2gr
Form – Wire
Grade – 99.9% (trace metal basis)
Application – Conductivity tests, electrochemistry, calibration
Product Overview
This 99.9% pure silver wire is engineered for precision laboratory applications where high conductivity and minimal impurities are critical. The 1.0mm diameter provides optimal flexibility for intricate setups while maintaining structural integrity during experiments. As a trace metal basis product, it undergoes rigorous purification to eliminate contaminants that could interfere with sensitive measurements. The wire’s uniform composition ensures consistent performance in electrochemical cells, calibration standards, and other high-precision applications. Its corrosion-resistant properties make it ideal for long-term use in various environmental conditions. The wire comes in a convenient 8.2-gram unit, allowing researchers to purchase exactly what they need without excess waste. Each piece maintains strict dimensional tolerances to ensure reproducibility across experiments. The high purity level makes it particularly valuable for applications requiring minimal signal interference or where trace metal contamination could compromise results.
FAQs
1. What is the maximum current this silver wire can safely carry?
The 1.0mm diameter 99.9% silver wire can typically handle up to 6-8 amperes continuously in standard laboratory conditions, though this may vary based on ambient temperature and cooling conditions.
2. How does the trace metal basis specification affect performance?
The trace metal basis designation indicates that all metallic impurities have been quantified and minimized to parts-per-million levels, ensuring the wire won’t introduce unwanted metal ions into your experiments.
3. Can this wire be soldered to other metals?
Yes, this high-purity silver wire can be soldered to other metals using appropriate silver-bearing solders, though you may need to use a flux designed for precious metals to achieve optimal bonding.
4. What’s the recommended storage method to prevent tarnishing?
Store the wire in a sealed container with silica gel packets to absorb moisture, and consider adding anti-tarnish strips if long-term storage is required. Avoid exposure to sulfur-containing compounds.
5. How does this compare to silver-plated copper wire alternatives?
Unlike silver-plated options, this solid 99.9% silver wire offers consistent conductivity throughout its cross-section and won’t develop resistance variations if the plating wears through during use.
