Description
Specifications Table
| Product Name | Cobalt wire, 2.0mm (0.08in) dia, Puratronic™, 99.995% (metals basis) |
|---|---|
| Pack Size | 50cm | 10cm |
| Form | Wire |
| Grade | Puratronic™ |
| Application | Laboratory research, high-precision experiments, material science |
Product Description
When your research demands uncompromising purity, this cobalt wire 2mm in Puratronic™ grade delivers exceptional performance. With a 99.995% metals basis purity, it’s engineered for applications where trace impurities can skew results. Whether you’re working in material science, electronics, or advanced chemical synthesis, this high-purity cobalt wire ensures consistency and reliability.
The 2.0mm diameter makes it versatile for various lab setups, from electrode fabrication to calibration standards. Its uniform composition minimizes variability, a critical factor in reproducible experiments. Researchers and educators trust Puratronic™ metals for their stringent quality control, and this cobalt wire is no exception.
Available in 50cm or 10cm lengths, you can choose the right quantity for your project without excess waste. For labs prioritizing precision, this is the cobalt wire to buy online when standard grades won’t suffice.
Need ultra-pure cobalt wire for your next experiment? Order now and experience the difference Puratronic™ makes.
FAQs
What makes Puratronic™ cobalt wire different from standard grades?
Puratronic™ undergoes additional refining steps to achieve 99.995% purity, removing trace impurities that could affect experimental outcomes. Standard grades typically range from 99.5% to 99.9%, which may introduce variability in sensitive applications.
Can this cobalt wire be used for 3D printing or additive manufacturing?
While high-purity cobalt is used in some metal 3D printing alloys, this wire’s 2.0mm diameter is better suited for lab-scale experiments rather than industrial printing. For additive manufacturing, specialized powder or thinner wire formats are typically required.
How do I cut the wire without contaminating it?
Use ceramic or diamond-coated cutters to avoid metal-to-metal contact. Clean the cutting tool with isopropyl alcohol beforehand. For precision cuts, consider using a low-speed saw with a coolant to minimize heat-induced oxidation.
Is this cobalt wire suitable for high-temperature applications?
Yes, cobalt has a high melting point (~1495°C), making it suitable for furnace experiments or thermal analysis. However, prolonged exposure to oxygen at high temperatures may cause oxidation. Use in inert atmospheres (e.g., argon) for best results.
Do you offer custom lengths or diameters?
eqipped provides this product in 50cm and 10cm standard lengths. For custom requirements, contact our team to discuss feasibility. Note that custom orders may have longer lead times.
