Description
Specifications Table
| Product Name | Aluminum wire, 1.5mm (0.059in) dia, annealed, Puratronic™, 99.999% (metals basis) |
|---|---|
| Pack Size | 1m, 5m |
| Form | Wire |
| Grade | Puratronic™ |
| Application | Laboratory research, electrical conductivity tests, high-purity experiments |
Product Description
When your research demands uncompromising purity, this annealed aluminum wire delivers. With a 99.999% metals basis and Puratronic™ certification, it’s engineered for applications where even trace impurities can skew results. The 1.5mm diameter offers a balance between flexibility and structural integrity, making it ideal for electrical conductivity tests, calibration standards, or as a component in custom lab setups.
Annealing enhances ductility, allowing the wire to be shaped without fracturing—a critical feature for delicate experimental assemblies. Whether you’re working in materials science, physics, or chemical analysis, this wire provides the consistency needed for reproducible data. The 1m and 5m pack sizes cater to both small-scale trials and larger projects, ensuring you have the right quantity without excess waste.
At eqipped, we understand that lab supplies aren’t just tools—they’re the foundation of your work. That’s why we source materials like this aluminum wire from trusted manufacturers, ensuring every spool meets rigorous quality standards. For researchers who refuse to compromise on precision, this is the wire that won’t let you down.
Why This Wire Stands Out
Not all aluminum wires are created equal. The Puratronic™ designation means this wire undergoes additional purification steps to eliminate metallic and non-metallic impurities. This level of purity is essential for experiments involving semiconductor research, thin-film deposition, or any process where contamination could alter outcomes. The annealed state also reduces internal stresses, improving thermal and electrical performance.
Compared to standard aluminum wires, this variant offers superior corrosion resistance and stability under thermal cycling. It’s also free from surface oxides that can interfere with soldering or bonding processes. For educators demonstrating principles of conductivity or students building prototype circuits, the reliability of this wire translates to fewer failed experiments and more accurate learning.
Practical Applications in the Lab
This wire isn’t just for storage—it’s designed for active use. Common applications include:
- Creating custom electrodes for electrochemical cells
- Serving as a reference material in thermal conductivity studies
- Functioning as a low-resistance connector in cryogenic setups
- Acting as a sacrificial anode in corrosion experiments
- Providing a consistent material for tensile strength testing
Researchers at IITs and CSIR labs across India rely on similar high-purity wires for their critical work. The 1.5mm diameter is thick enough to handle moderate currents without overheating, yet thin enough for intricate configurations. When paired with proper handling techniques, this wire can be reused across multiple experiments, offering long-term value.
Handling and Storage Tips
To maintain the wire’s integrity, store it in a dry, inert environment away from acids or alkaline solutions. When cutting, use ceramic or carbide tools to avoid metallic contamination. For experiments requiring ultra-clean surfaces, a quick rinse with high-purity acetone followed by nitrogen drying can remove any handling residues.
Always wear gloves when handling to prevent oil transfer from skin, which could affect surface properties. If the wire develops a dull appearance over time, a light wipe with isopropyl alcohol (IPA) can restore its original finish without compromising purity.
Safety Considerations
While aluminum wire is generally low-risk, proper lab safety practices should always be followed. Avoid inhaling fine particles that may form during cutting or sanding. In case of accidental ingestion (unlikely but possible in busy labs), seek medical attention immediately. This wire is not intended for biomedical implants or food contact applications.
FAQs
What makes Puratronic™ aluminum wire different from regular aluminum wire?
Puratronic™ wires undergo additional purification to achieve 99.999% purity, eliminating trace metals and non-metallic impurities that could interfere with sensitive experiments. This makes them ideal for semiconductor research and high-precision applications.
Can this wire be used for electrical wiring in lab equipment?
Yes, but it’s primarily designed for experimental use rather than permanent installations. For prototyping or temporary setups, its high conductivity and purity make it an excellent choice. For permanent wiring, consult electrical safety standards.
How do I know if I need the 1m or 5m pack size?
The 1m length is perfect for small-scale experiments or classroom demonstrations, while the 5m spool suits ongoing research projects. Consider your typical experiment scale—most users find the 5m option more cost-effective for frequent use.
Is this wire compatible with soldering?
Absolutely. The high purity ensures clean solder joints without oxide interference. Use a flux designed for aluminum and maintain proper temperature control for best results.
Can I request a custom length not listed here?
For bulk or custom requirements, contact eqipped’s support team. We can often accommodate special requests for research institutions or large-scale projects.
Need high-purity aluminum wire for your next experiment? Order now and get lab-ready materials delivered to your doorstep.
