Description
Specifications Table
Product Name – Silver, 99.9%, (trace metal basis), wire, 2.0 mm diam.
Quantity/Pack Size – 1ea = 16.5gr 1EA
Form – Wire
Grade – 99.9% (trace metal basis)
Application – Electrical conductivity, thermal testing, lab experiments
Product Overview
This 99.9% pure silver wire (trace metal basis) is engineered for superior electrical and thermal conductivity, making it indispensable for precision laboratory applications. The 2.0mm diameter ensures optimal handling and compatibility with standard lab equipment, while the ultra-high purity minimizes impurities that could interfere with sensitive experiments. Silver’s exceptional conductivity properties make it ideal for creating reliable electrical connections, thermal testing setups, and specialized research applications where consistency and accuracy are critical. The wire’s uniform diameter and smooth surface reduce resistance and signal loss, ensuring reproducible results in demanding experimental conditions. Each unit is carefully packaged to prevent oxidation and contamination, preserving the material’s integrity until use. Whether used in electronics prototyping, material science research, or as a calibration standard, this silver wire delivers unmatched performance for researchers and technicians who require the highest quality materials for their work.
FAQs
1. What is the melting point of this 99.9% silver wire?
The melting point of this high-purity silver wire is approximately 961.8°C, consistent with elemental silver’s known properties.
2. Can this wire be used for soldering applications?
While this wire is primarily designed for lab applications, its high purity makes it suitable for specialized soldering where contamination must be minimized.
3. How should this silver wire be stored to prevent tarnishing?
Store in a cool, dry environment with minimal air exposure, preferably in an airtight container with anti-tarnish paper to maintain its purity.
4. Is this wire compatible with standard wire cutters?
Yes, the 2.0mm diameter can be easily cut with standard laboratory wire cutters or precision pliers without damaging the material.
5. What alternatives exist for applications requiring lower conductivity?
Copper wire or nickel-chromium alloys may be considered for applications where slightly lower conductivity is acceptable at a reduced cost.
