Description
Specifications Table
Product Name – Aluminum wire, 1.0mm (0.04in) dia, annealed, Puratronic|r, 99.9995% (metals basis)
Quantity/Pack Size – 100m, 25m, 5m
Form – Wire (annealed)
Grade – Puratronic® (99.9995% purity)
Application – High-precision lab experiments, electrical conductivity testing
Product Overview
This high-purity aluminum wire, with a 99.9995% metal basis purity, is engineered for demanding laboratory applications where minimal impurities are critical. The 1.0mm diameter wire is annealed to enhance flexibility and workability, making it ideal for intricate experimental setups. Its Puratronic® grade ensures exceptional consistency and reliability, eliminating trace contaminants that could compromise results. The wire’s uniform composition and high electrical conductivity make it suitable for sensitive measurements and specialized research applications. Each spool is carefully packaged to prevent oxidation and maintain purity, ensuring long-term performance. Whether used in electronics, materials science, or analytical testing, this aluminum wire delivers precision and reproducibility, meeting the exacting standards of modern laboratories.
FAQs
1. What is the difference between annealed and non-annealed aluminum wire?
Annealed aluminum wire undergoes a heat treatment process to increase ductility and reduce hardness, making it more flexible and easier to shape compared to non-annealed wire.
2. Can this wire be used for high-temperature applications?
While aluminum has a relatively low melting point (~660°C), this wire can withstand moderate temperatures but may soften or deform under prolonged high-heat exposure.
3. Is this wire compatible with standard wire cutters?
Yes, the annealed nature of this wire makes it soft enough to be cut with standard laboratory wire cutters without excessive force.
4. How should this wire be stored to maintain its purity?
Store in a dry, sealed container away from moisture and corrosive chemicals to prevent oxidation and contamination.
5. What alternatives exist for applications requiring higher conductivity?
Copper wire is a common alternative for higher electrical conductivity, though it lacks aluminum’s lightweight properties and corrosion resistance.
