Lanthanum Metal is a high-purity rare earth metal produced by Lacen Rare earth Technology Co.,Ltd. With a purity of up to 99.9%, it is widely used in alloy manufacturing, electronic materials, and petrochemical catalysis. Available in lump and powder forms, it features stable chemical properties, low impurity content, and reliable quality, meeting both industrial and research-grade application requirements.
Product Advantage
1. High Purity & Stable Quality
We provide Lanthanum Metal with a purity of 99.9% and above, strictly controlled impurity content, and stable chemical composition. It undergoes multi-step purification processes to ensure consistent performance, making it suitable for high-precision applications in metallurgy, electronics, and catalysis.
2. Customizable Specifications & Forms
Available in lump, powder, and other forms, with customizable particle sizes and packaging solutions. Whether for bulk industrial use or small-batch laboratory research, we can provide tailored products to meet your specific technical requirements.
3. Reliable Manufacturer & Supply Chain
As a professional rare earth manufacturer in Inner Mongolia, we have complete production lines and quality control systems. We ensure stable, large-scale supply with short lead times, supporting both spot delivery and long-term contract orders for global customers.
4. Wide Application Compatibility
Our Lanthanum Metal is widely used in the production of rare earth alloys, hydrogen storage materials, catalysts, and electronic components. Its excellent activity and stability make it an ideal raw material for industries such as metallurgy, petrochemical, and new energy.
5. Professional Technical Support & Service
We provide one-stop services including product testing, technical consultation, and after-sales support. Our team can offer professional guidance on product selection, storage, and application to help customers solve technical problems and optimize usage solutions.
Product Uses
1. Hydrogen Storage for New Energy: Lanthanum is a core component of AB₅-type hydrogen storage alloys (e.g., LaNi₅). It enables efficient hydrogen adsorption/desorption, boosting capacity and cycle life. Widely used in NiMH batteries for hybrid vehicles and portable energy storage devices.
2. High‑Performance Alloy Metallurgy: Added to magnesium/aluminum/steel alloys (1–3% ratio) to refine grains. Improves tensile strength, corrosion resistance, and castability. Applied in automotive wheels, aerospace parts, and high‑speed rail fasteners.
3. Optical Glass & Precision Optics: Key raw material for high‑refractive, low‑dispersion optical glass. Enhances clarity and minimizes chromatic aberration. Used in camera lenses, telescopes, night‑vision devices, and optical instruments.
4. Petrochemical & Environmental Catalysis: Lanthanum‑based catalysts (e.g., La₂O₃) optimize petroleum cracking. Raise gasoline yield (50–80%) and catalyst lifespan. Also used in automotive exhaust converters to reduce NOₓ and CO emissions.
5. Electronic Materials & Special Electrodes: Used to manufacture lanthanum‑based sputtering targets and LaB₆ cathodes. Features high electron emission efficiency and stability. Applied in semiconductors, display panels, and high‑temperature welding electrodes (replacing radioactive thorium).
6. Aerospace & Defense Materials: As an additive in superalloys and thermal barrier coatings. Elevates high‑temperature oxidation resistance and mechanical durability. Critical for jet engine components, gas turbine parts, and aerospace structural elements。
Our company is committed to the development and application of rare earth new materials in the field of new energy batteries, in line with the trend of the national rare earth industry developing towards "high, precision, and cutting-edge" rare earth functional materials. We aim to promote the verti
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