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Dysprosium Powder Purified 99.9%

Dysprosium powder is gray fine particles, which is a kind of rare earth metal. Its size could be custom-made. It is stable in air. When close to o℃, dysprosium metal has superconductivity. At high temperature, it easy to oxidize by air and water, which form dysprosium(III) oxide. Dysprosium also have good property of optical, electric, magnetic and nuclear except common chemical activity of rare earth elements, as misch metal and compounds. It can also process into ingot, foil, sheet, rod, wire and sputtering target. There are two production method of Dy metal, distillation method and reducation method. The distilled dysprosium piece is dendritic with higher purity than reduced one. Dy ingot is of REM 99.9% by distillation method. Dy powder is of REM 99.9% and particle size -100mesh and -200mesh.

Dysprosium Powder

Purity: Dy/REM 99.9% 3N

CAS No.:7429-91-6 EINECS No.:231-073-9 Molecular Formula: Dy Molecular Weight:162.50
Melting Point:1407℃ Boiling Point:2335℃ Density:8.55  


Dysprosium metal is mainly for producing new lighting source dysprosium lamp. it is control material in reactor.  It is necessary metal raw material for terfenol.

Dy element is raw material for magnetic alloys Nd-Fe-B , infrared ray generator and laser materials.

Fluorescent powder need dysprosium as activating agent. Luminescent materials doping dysprosium can be as trichromatic phosphor.

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Dysprosium(III) Sulfate

Dysprosium(III) sulfate has specialized uses in ceramics, glass, phosphors, lasers and Dysprosium metal halide lamp.

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EXALAM P is an inorganic phosphate salt which is a traditional phosphate based powder deflocculant used in many ceramic fields.

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Erbium is a rare earth element which is associated with several other rare elements in the mineral gadolinite from Ytterby in Sweden. It is commonly used as a photographic filter, and because of its resilience it is useful as a metallurgical additive. It is also used in nuclear technology in neutron-absorbing control rods. When added to vanadium as an alloy, erbium lowers hardness and improves work ability. Erbium oxide has a pink color, and is sometimes used as a colorant for glass, cubic zirconia and porcelain. The glass is then often used in sunglasses and cheap jewelry. Erbium-doped optical silica-glass fibers are the active element in erbium-doped fiber amplifiers, which are widely used in optical communications. A large variety of medical applications utilize erbium ion's 2940 nm emission, which is highly absorbed in water. Such shallow tissue deposition of laser energy is necessary for laser surgery, and the efficient production of steam for laser enamel ablation in dentistry.

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Erbium Nitride Industrial Grade 99.9%

Erbium nitride is crystalline powder, which is a rare earth metal nitride.  It is notable for its magnetic and optical properties. Erbium metal is the raw material. After subliming,  it forms ErN crystals.   The ErN compound deviated from stoichiometry: the Er:N atomic ratio ranged from 1:1.15 to 1:1.2 according to EDX and XPS elemental analysis.

Erbium Nitride

Purity: Er/RE 99.9% 3N

Particle size: -100mesh, -200mesh

CAS No.:12020-21-2 Molecular Formula:ErN Molecular Weight:181.267 Density:10.6


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Europium is a chemical element, which was named after the continent of Europe. It is a moderately hard silvery metal which readily oxidizes in air and water. It has no significant biological role and is relatively non-toxic compared to other heavy metals. It is a dopant in some types of glass in lasers and other optoelectronic devices. It is also used in the manufacture of fluorescent glass. Europium oxide is widely used as a red phosphor in television sets and fluorescent lamps, and as an activator for yttrium-based phosphors. Europium fluorescence is used to interrogate biomolecular interactions in drug-discovery screens. It is also used in the anti-counterfeiting phosphors in Euro banknotes.

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Europium Fluoride Industrial Grade 99.9%

Europium fluoride is white powder, which is a kind of rare earth fluorides. It is stable at room temperature and pressure. EuF3 powder is insoluble in water and dilute acid. Europium hydroxide and europium oxide are the raw material.

Europium Fluoride

CAS No.:13765-25-8 EINECS No.:237-368-9 Molecular Formula:EuF3 Molecular Weight:208.96
Melting Point:1390℃ Boiling Point:2283℃ Density:7.088  


Europium(III) fluoride anhydrous apply to many areas as optics, biomarker and laser transmitter.

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Europium Metal Purified 99.9%

Europium metal is steel grey metal of body-centered cubic lattice, which is soft and ductile. It is rare earth element, which is available with powder, foil, rod, piece, ingot, granule, slug, sputtering target. Eu react rapidly with oxygen and water. When heating to 150~180℃, it fires in air. Europium powder tend to ignite, which is most active among rare earth metals. There are two production method, reduction and distillation. Distilled Eu piece is dendritic with higher purity than reduced Eu metal.

Europium Metal

Purity: Eu/REM 99.99% 4N

CAS No.:7440-53-1 EINECS No.:231-161-7 Molecular Formula:Eu Molecular Weight:151.96
Density:5.244 Melting Point:822℃ Boiling Point:1597℃ UN 2813 4.3/PG 1


Europium piece uses in producing superconducting alloy film.

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Europium Oxide Industrial Grade 99.9%

Europium oxide is white powder, which is a kind of rare earth oxides. it is of NaCl type structure and stable in dry or moisture air. It is insolube in water and alkali solution. However dissolve in inorganic acid( except HF and H3PO4), which form corresponding salts. Europia absorb CO2 and moist in air and form subcarbonate salt.

Europium Oxide 

CAS No.:1308-96-9 EINECS No.:215-165-6 Molecular Formula:Eu2O3 Molecular Formula:351.93
Melting Point:2350℃ Boiling Point:3790℃ Density:7.42 Eu2O3/REO:99.9%


Europium(III) oxide is raw material for fluorescent powder. It is for color cathode ray tube, colour TV kinescope, computer display, three band fluorescent lamp and new long-lasting displayer. It is also raw material for stimulated luminescent powder of new X-ray medical diagnositc system.

Europia apply to make colored lens, opitcal filter, magnetic bubble storage device. It is also important for  control materials, shielding material and structural material in atomic reactor.

Europium trioxide is mainly for fluorescent powder of  colored TV, terminal display, X-ray intensifying screen and fluorescent lamp. It is also pigment for glasses. It can make glass reddish orange and radiation protective glass. Europia is additive for silica fiber.

Europium trioxide is activating agent for many phosphors, as Eu3+ for colorimetric tube Y2O3 or Y2O2S, high pressure mercury lamp YVO4.

Europia apply as neutron absorber in nuclear industry.

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Fluorine is the most electronegative and reactive of all elements. Natural fluorine is monoisotopic, consisting of fluorine-19. It has found uses in studies of protein structures and conformational changes. Elemental fluorine is occasionally used as a fluorinating agent in industrial processes. The largest use for elemental fluorine is preparing uranium hexafluoride, used in the production of nuclear fuels. Other than those, elemental fluorine is used for the production of tetrafluoromethane, plasma etching in semiconductor manufacturing, flat panel display production, and microelectromechanical systems fabrication. Inorganic fluorides and organofluorine compounds, a fraction of which are prepared from elemental fluorine, find use in a variety of materials and chemicals, including important pharmaceuticals, agrochemicals, lubricants, and textiles. Hydrofluoric acid and certain fluoride-containing salts are useful etchants for glass. In the electrolysis of the metal and its purification, it acts to lower the melting point of aluminium oxide and acts like a powerful flux for glass. Perfluorooctanoic acid and tetrafluoroethylene are directly used in water resistant coatings and in the production of low friction plastics such as Teflon, or PTFE. Other fluorine-based compounds are used in the production of haloalkanes such as chlorofluorocarbons, which are used extensively in air conditioning and in refrigeration. They have been banned for these applications because they contribute to ozone destruction.

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