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Zirconium is the unsung hero of the atomic energy sector. Exceptionally resistant to corrosion and uniquely transparent to neutrons, it’s the primary material standing between nuclear fuel and the environment. Without Zirconium, modern nuclear power generation would simply not be possible.
As a specialist UK manufacturer of high-purity metals, we at Less Common Metals (LCM) understand the rigorous standards required for nuclear and industrial applications. Based in Ellesmere Port, UK, we supply the high-grade Zirconium Plate and Sponge that industries rely on for safety, longevity and performance.
| Composition | Zirconium Plate 99.2%/ Zirconium Sponge 99.5% |
| Common metallic impurities | Trace metals basis |
| Physical Description | Silver grey metallic. Shot blasted plate-Maximum size 300mm x 150mm x 6mm/Granules-Size 0.8 – 35mm |
| Analytics | ICP-OES |
| Certificate of analysis | Available upon request |
| Packaging | Packed in sealed polythene bags and supplied in securely sealed metal drums, resistant to the impregnation of water |
Zirconium is a lustrous, grey-white, strong transition metal that closely resembles Hafnium (Hf) and, to a lesser extent, Titanium (Ti). It is highly resistant to corrosion by alkalis, acids, saltwater and other agents. Its defining characteristic for the energy sector, however, is its very low absorption cross-section for thermal neutrons. This means it lets neutrons pass through it without capturing them.
Zirconium’s unique atomic properties make it indispensable for high-stakes environments:
In nature, Zirconium is always found with Hafnium. However, for nuclear applications, Hafnium is a contaminant because it absorbs neutrons aggressively. Basically, the exact opposite of Zirconium. Separating these two elements is difficult and expensive, but Nuclear Grade Zirconium must be essentially free of Hafnium (typically < 100 ppm). At LCM, we understand these critical distinctions and supply materials that meet the specific needs of both nuclear and non-nuclear industrial clients.
