Description
Specifications Table
| Product Name | Copper wire, 0.025mm (0.001in) dia, Puratronic™, 99.995% (metals basis) |
|---|---|
| Pack Size | 200m, 50m, 10m |
| Form | Wire |
| Grade | Puratronic™ |
| Application | Laboratory experiments, research, electronics, high-precision conductivity tests |
Product Description
When your research demands the highest purity, this Puratronic™ copper wire delivers unmatched quality with 99.995% metals basis purity. The ultra-thin 0.025mm diameter makes it ideal for delicate lab work where precision matters most. Whether you’re conducting electrical conductivity tests, micro-soldering, or advanced material science experiments, this wire ensures consistent performance without contamination risks.
Copper is a staple in laboratories for its exceptional thermal and electrical conductivity, but not all copper wires are created equal. This laboratory-grade copper wire undergoes rigorous purification to remove trace impurities, making it a trusted choice for researchers who can’t afford variability in their results. The fine diameter allows for intricate wiring in compact setups, while the high purity prevents oxidation-related failures in sensitive applications.
Available in convenient lengths of 10m, 50m, and 200m, you can select the right quantity for your project needs. The wire comes neatly spooled for easy handling and storage, reducing tangling and waste. For educators setting up student labs or researchers prototyping new devices, this copper wire offers the perfect balance of quality and practicality.
Need ultra-pure copper wire for your next experiment? Buy Puratronic™ copper wire online today and experience the difference precision makes.
At eqipped, we understand that lab supplies aren’t just products—they’re tools that enable discovery. That’s why we source materials like this copper wire from trusted manufacturers like Thermofisher, ensuring you get the same reliability that professional research labs depend on. Whether you’re a student learning the fundamentals or a seasoned scientist pushing boundaries, having the right materials can make all the difference in your work.
The versatility of this copper wire extends beyond traditional lab use. Electronics hobbyists working on miniature circuits, artists creating delicate metalwork, and even DIY engineers building custom sensors will appreciate its fine gauge and high purity. The 0.025mm thickness is particularly valuable when working with surface-mount components or creating fine wire mesh for specialized applications.
Remember that while copper is generally safe to handle, proper lab safety practices should always be followed. Store the wire in a dry environment to prevent oxidation, and use appropriate tools when cutting or shaping to maintain its integrity. For best results in conductivity tests, clean the wire surfaces with appropriate lab-grade solvents before use to remove any handling residues.
FAQs
What makes Puratronic™ copper wire different from regular copper wire?
Puratronic™ copper undergoes advanced purification to achieve 99.995% purity, removing trace elements that could affect experimental results. This makes it ideal for sensitive applications where consistency is critical.
Can this copper wire be used for electrical conductivity experiments?
Absolutely. The high purity and uniform composition make it perfect for conductivity measurements, offering reliable baseline data for your research.
What’s the thinnest application this 0.025mm wire can handle?
This wire works well for micro-soldering, fine coil winding, and even some MEMS applications. Its thin profile allows for precise placement in compact designs.
How should I store this copper wire to maintain its purity?
Store in a sealed container with desiccant in a cool, dry place. For long-term storage, consider vacuum sealing to prevent oxidation.
Is this copper wire suitable for student lab experiments?
Yes, it’s an excellent choice for educational settings where students need to learn with high-quality materials that produce consistent, teachable results.
