China rare earth mischmetal La-Ce35/65 lanthanum cerium metal

Short Description:

Product name: Mixed Rare Earth Metal Lanthanum cerium metal

Product appearance: block shaped metal with gray black metallic luster

Product packaging: 50kg or 250kg iron drum


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  • Product Detail

    Product Tags

    1.Product introduction:

    English name:Lanthanum cerium metal (La-Ce Metal)

    Molecular formula: La-Ce

    Its characteristics: block shaped metal with gray black metallic luster, easy to oxidize and ignite in the air, Purity/specification: 2N5-4N [(La, Ce)/RE ≥ 99.5%], mainly used for making low performance neodymium iron boron materials such as hydrogen storage alloys and steel additives, as well as flint

    Packaging; Encapsulated in an iron bucket, lined with a single layer of plastic bag, and protected with argon gas. Each barrel weighs 50kg and 250kg. Small packages such as 1kg and 5kg can be provided

    Brand:Epoch material

    2.Product specifications:(Oxide electrolysis of lanthanum cerium metal)

    Item 

    TREM

    La/TREM

    Ce/TREM

    Fe

    C

    Metallurgical grade

    >99%

    35%±3%

    65%±3%

    <0.8%

    <0.08%

    Regular level

    >99%

    35%±3%

    65%±3%

    <0.5%

    <0.05%

    Battery grade

    >99%

    35%±3%

    65%±3%

    <0.3%

    <0.03%

    Product specifications:Metallurgical grade

     Item

    TREM

    La/TREM

    Ce/TREM

    Fe

    C

    Metallurgical grade

    >98.5%

    35%±5%

    65%±5%

    <1%

    <0.05%

    3、 Product Application

    ① Adding to molten iron: Purifying molten iron, desulfurization and deoxygenation to improve iron performance. Refine grains, refine alloys, and change the morphology and distribution of inclusions. Resistance to hydrogen embrittlement and stress corrosion.

    ② Adding steel to purify the molten steel, changing the morphology and distribution of inclusions in the steel, refining grain size, and improving steel performance. Adding molten steel, desulfurization and deoxidation, purifying molten steel, and improving steel performance.

    ③ In non-ferrous metals and their alloys: used as a purifying and modulating agent to improve the strength, elongation, heat resistance, plasticity, and forging properties of metals and alloys.

    ④ In ignition alloys: used for flints, industrial steam lamps, and welding torch igniters

    ⑤ In permanent magnet materials, different rare earth permanent magnet alloys are made by mixing rare earth metals with iron, boron, and cobalt, which have good parameters such as magnetic energy product, coercive force, remanence, heat resistance, and corrosion resistance.









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