Refractory metals Compounds

  • (Zr,Nb)C Zirconium niobium carbide

    (Zr,Nb)C Zirconium niobium carbide complex carbide solid solution powder.
    Is a new type of structure and function of wear-resistant high temperature resistant material, with tungsten carbide, titanium carbide, chromium carbide, titanium nitride, zirconium and hafnium carbide carbide rare metal carbide formed three yuan, four yuan, five yuan and six yuan compound solid solution, can improve the alloy material of red hardness, wear resistance, oxidation resistance, high temperature resistant, corrosion resistance and other properties.

  • Hafnium carbide powder

    CAS no. : 12069-85-1
    EINECS no. : 235-114-1
    Molecular formula: HFC
    Molecular weight: 194.5325
    Melting point: 3890 ℃
    Density: 12.7 g/cm3

  • Hafnium carbide tantalum

    (Hf,Ta)C Hafnium carbide tantalum complex carbide solid solution powder material, is a new type of high temperature wear-resistant structure and functional material, and tungsten carbide, titanium carbide, chromium carbide, titanium nitride, zirconium carbide, niobium carbide and other rare metal carbide to form binary, ternary, four-element, five-element, six-element compound solid solution, It can improve the properties of red hardness, wear resistance, oxidation resistance, high temperature resistance, corrosion resistance and so on.

  • Molybdenum disulfide

    English name molybdenum Disulfide, the main component of molybdenite. Black solid powder with metallic luster.


    Grade: micron/submicron/nanometer
    Crystal form: flake, subspherical
    Density: 4.81 g/cm3
    Specific surface area: 24.75 m2/g
    Melting point: 1185 ℃
    Mohs hardness 1.0~1.5

  • Nano blue tungsten oxide

    CAS no. : 12036-22-5
    EINECS no. : 234-842-7
    Molecular formula: O2W
    Molecular Weight: 215.8388


    Blue Tungsten Oxide (BTO) is one of the important raw materials for manufacturing tungsten powder. Since it is easier to control the particle size and composition of tungsten powder by reducing it from blue tungsten oxide, which is conducive to incorporating other elements in the reduction process of tungsten powder, blue tungsten is gradually replacing tungsten trioxide as the raw material for the production of special tungsten powder.

  • Potassium titanate

    Other name: dipotassium; oxygen(-2) anion; tetrapotassium tetraoxidotitanium
    CAS no. : 12030-97-6
    EINECS no. : 234-748-6
    Molecular formula: K4O4Ti
    Molecular weight: 268.2578

  • Titanium Silicide Carbide Ti3SiC2

    Purity: 98%
    Particle size: 325mesh
    Molecular weight: 196.0
    Apparent density:4.53g/cm3
    Conductivity: ~4.5*106

    Titanium-silicon carbide is a new type of ceramic material whose main composition is titanium-silicon carbide compound (Ti3SiC2). Excellent electrical and thermal conductivity, excellent processability.

  • Tungsten carbide tantalum

    (W,Ta)C Tungsten tantalum carbide complex carbide solid solution powder, formula (W,Ta)C, gray black powder, is made of tungsten carbide and tantalum carbide solid fusion. The manufacturer adopts the unique solid melting process, the products have the advantages of stable phase composition, uniform distribution, high solid melting, less impurities, uniform particle size and so on.

  • Vanadium pentoxide

    Specification: 98%–99.9%
    Physical and chemical properties: vanadium pentoxide belongs to inorganic metal oxide; Orange yellow, reddish brown crystalline powder; Relative density (water =1) 3.357; Melting point 690℃ (decomposition); Soluble in acid and alkali, slightly soluble in water (pH =3.5~3.6), insoluble in alcohol.

  • Vanadium phosphate potassium

    Carbon coated vanadium potassium phosphate [Na3V2(PO4)3] powder/target material is the positive electrode material of a new type of potassium battery with high capacity, good cycling performance, high output voltage platform and good safety.
    Need to be customized production

  • Zirconium silicide ZrSi2

    Other name:zirconium disilicide
    Particle size:325mesh
    Description: Gray square crystal powder
    Lattice constants: A =0.372nm, B =1.476nm, c=0.367nm.
    Microhardness (kg/mm2) : 1063
    Heat of formation (kJ/mol) : 62.8

  • Lithium lanthanum zirconium oxygen