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Lutetium (Lu) is a rare, silvery-white metal with the atomic number 71. It belongs to the lanthanide series, though it is sometimes classified as a transition metal due to its electron configuration. Known as the heaviest and hardest of the lanthanides, lutetium is extremely scarce and valuable, with highly specialized applications in nuclear science, medical imaging, and advanced materials.
Lutetium is one of the rarest elements in the Earth's crust, making it both precious and technologically significant. Despite its scarcity, its unique properties—such as a high melting point, strong density, and the availability of stable isotopes—make it a valuable asset in cutting-edge fields.
While not widely used in large-scale commercial applications, lutetium plays a critical role in nuclear measurement, PET scanning, catalysis, and scientific research. Stanford Advanced Materials (SAM) offers a reliable source of high-purity lutetium products, tailored for research institutions, medical technology providers, and advanced manufacturing needs.
Read more: Lutetium: Element Properties and Uses
At SAM, we supply high-purity lutetium in various metallic, compound, and evaporation-ready forms to support specialized industrial and scientific applications.
Forms: Powder, ingot, sputtering target, custom shapes
Purity: 3N–4N
Applications: Used in research, neutron detection, and high-performance alloy development.
Lutetium Oxide (Lu₂O₃) – 4N–5N
Lutetium Nitrate (Lu(NO₃)₃) – 3N–4N
Lutetium Chloride (LuCl₃) – 3N–4N
Lutetium Fluoride (LuF₃) – 3N–4N
Lutetium Acetate ((CH₃CO₂)₃Lu) – 3N–4N
Lutetium Carbonate (Lu₂(CO₃)₃) – 3N–4N
Lutetium Sulfate (Lu₂(SO₄)₃) – 3N–4N
Applications: Used in ceramics, phosphors, laser materials, and analytical chemistry.
Forms: Lutetium metal, Lutetium oxide
Purity: 3N–4N
Applications: Used in thin-film deposition for optics, semiconductors, and energy-related technologies.
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Rarity & Density: Lutetium is the rarest and densest of the lanthanides.
High Melting Point: Suitable for extreme-temperature applications.
Stable Isotopes: Ideal for nuclear science and radiometric dating.
Catalytic Behavior: Used as a catalyst in petrochemical cracking and specialized organic reactions.
Nuclear & Geochronology: Lutetium-176 is used in age dating of meteorites and minerals, as well as in neutron detectors.
Medical Imaging: Lutetium-based compounds like Lu-177 are used in PET scans and cancer therapies.
Ceramic & Glass Engineering: Lu compounds are used to produce phosphors, laser materials, and radiation detectors.
Scientific Research: Valued in spectroscopy, magnetism studies, and material analysis.
Purity & Consistency: Our lutetium materials meet high-purity standards (3N–5N), ensuring consistent results in sensitive applications.
Technical Support: Backed by expert knowledge in rare earth elements, we help you select the right material for your needs.
Custom Supply: We offer a range of formats and can meet custom specifications.
Global Logistics: Reliable and timely shipping to customers worldwide.
Need high-purity lutetium for your application? Reach out to our team for pricing, technical data, or custom solutions.
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