In the demanding environment of Rare Earth (RE) smelting, especially for Praseodymium-Neodymium (Pr-Nd) and Lanthanum-Cerium (La-Ce), the durability of the cathode is a critical factor in determining production uptime and metal purity.
At Metres Metals, our engineering focus is on solving the three biggest pain points in the electrolytic cell:
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Anti-Corrosion & Burn-off Rate:
Using high-purity ($99.95\%+$) and high-density tungsten, our cathode rods are designed to resist the aggressive chemical erosion of molten salts. This results in a slower burn-off rate, significantly extending the replacement cycle.
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Zero Contamination Policy:
Purity is the soul of rare earth metals. Our Molybdenum Crucibles and Tungsten Rods are processed to eliminate surface impurities, ensuring that your Pr-Nd melt remains within the highest grade specifications without iron or nickel pickup.
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Thermal Stability of Sampling Tools:
Our High-Temp Sampling Ladles are specifically coated/treated to withstand 1,000°C+ temperatures instantly. This prevents the ladle from warping or reacting with the molten metal during the critical sampling phase.
Technical Specifications We Maintain:
✅ Density: $\ge 19.2g/cm^3$ for Tungsten
✅ Purity: $99.95\%$ Minimum
✅ Surface Finish: Ground or Polished for minimal salt adhesion
The Bottom Line:
Better materials lead to lower costs per ton of rare earth produced. We don’t just supply metals; we provide the thermal stability your process requires.
Are you looking to optimize your cell life or reduce impurities? Let’s discuss technical solutions.
