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Chromium Silicide Industrial Grade 99.9%

Chromium silicide is gray square prism crystal of hexagonal system, which is available in powder, piece, granule and so on. It is insoluble in water, however soluble in hydrochloric acid and hydrofluoric acid. CrSi2 can process into crystal by reduction method, chemical vapor deposition or sputtering method. CrSi2 thin films get high specific resistance and low temperature coefficient of resistance.  Silicon powder and chromium powder are the raw material.

Chromium Silicide

CAS No.:12018-09-6 EC No.:234-633-0 Molecular Formula:CrSi2 Molecular Weight:108.17
Density:5.5 Melting Point:1475℃    


Chromium(II) silicide applies as ceramic material, high resistance thin film material. CrSi2 is excellent thermoelectric material.

Distilled Lutetium Metal LAB GRADE 99.9%

Lutetium metal by reduction method, distillation method

Lu REM 99.9%

rare earth metal

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.

Gallium Fluoride Industrial Grade 99.99%

Gallium fluoride include gallium(III) fluoride anhydrous and gallium(III) fluoride trihydrate, which is minor metal fluoride. GaF3 is colorless needle-like crystal powder, which is stable in air. Gallium metal or gallium oxide is the raw material.

Gallium Fluoride

CAS No.:7783-51-9 EC No.:232-004-5 Molecular Formula:GaF3 Molecular Weight:126.72
Density:4.47 Melting Point:950℃ Boiling Point:1000℃ Flash Point:1000℃


Indium Telluride Industrial Grade 99.99%

Indium telluride is black or blue grey crystal, which is a semiconductor material and thermoelectric material as bismuth telluride. It has a cubic crystal structure and is available with ingot, lump, slug, piece, pellet, powder, rod, wafer, sputtering target. Indium(II) telluride is metastable up to 125℃ at one atmosphere pressure. It is stable in air, which is hard to dissolve in hydrochloric acid. In vacuum, it easily volatilize and vapor is table and does not  decompose. It has strong anisotropy and  metallic conductivity. When 10K, it turns to superconductor. Indium metal and tellurium are the raw material. Indium(III) telluride(In2Te3) is also available.

Indium Telluride

Molecular Formula:InTe

Molecular Weight:242.4


Indium(II) telluride has thermoelectric power.  It get prospect applications in semiconductor. In2Te3 crystal applies to make infrared detector.

Lanthanum Nitride Industrial Grade 99.5%

Lanthanum nitride is black crystalline power of NaCl type structure. It belong to cubic system and a=5.275*10-10m. It is soluble in acid and react with alkali to hydrolyze and form oxide. LaN easily decompose at  moisture air. Lanthanum chloridelanthanum oxide or lanthanum metal is the raw material. Its production method is same to cerium nitride.

Lanthanum Nitride

LaN La/RE 99.5% 2N5

Particle size: -100mesh, -200mesh

CAS No.:25764-10-7 EINECS No.:247-245-1 Molecular Formula:LaN Molecular Weight:152.92
Melting Point:2450℃ Density:6.73    


LaN can use as catalyst for synthesis of ammonia. It is also a refractory material and ceramic material.

Neodymium Nitride Industrial Grade 99.9%

Neodymium nitride is black powder with smell of ammonia. It decompose when come to water. Neodymium chloride or neodymium metal is the raw material.

Neodymium Nitride

Purity: Nd/RE 99.5%

Particle size -100mesh, -200mesh

CAS No.:25764-11-8 EINECS No.:247-246-7 Molecular Formula:NdN3 Molecular Weight:186.26


Neodymium nitride is a photoelectric material, semiconductor material, ceramic material, magnetic material and refractory material.

Palladium Hydroxide Industrial Grade 99%

Palladium hydroxide is black powder, which is a precious metal compound. It is a kind of hydrogenation catalyst. Palladium(2+) hydroxide is insoluble in water, however soluble in acid. It is stable at room temperature and pressure.

Palladium Hydroxide

CAS No.:12135-22-7 EINECS No.:235-219-2 Molecular Formula:PdH2O2 Molecular Weight:140.43
Melting Point:298℃ UN 1325 Pd≥75%  


Palladium dihydroxide is catalyst, which is raw material for synthesizing many kind of catalyst. It is also raw material for various palladium compounds. It is reagent removing benzylation.

Rubidium Fluoride Industrial Grade 99.9%

Rubidium fluoride is colorless crystal powder, which own hygroscopicity.  It is minor metalfluoride. RbF is soluble in water and hydrofluoric acid, but insoluble in ethyl alcohol, dithyl ether and liquid ammonia. Rubidium carbonate, rubidium hydroxide or rubidium metal is the raw material.

Rubidium Fluoride

CAS No.:13446-74-7 EC No.:236-603-2 Molecular Formula:RbF Molecular Weight:104.47
Melting Point:775℃ Boiling Point:1410℃ Density:3.56 UN 3288 6.1/PG 3


Rubidium fluoride uses as chemical reagent. RbF is also raw material for toothpaste.

Yttrium Fluoride Industrial Grade 99.99%

Yttrium fluoride is white powder of cubic crystal system, which is rare earth metal fluoride and can process into film. It is insoluble in water and hard to dissolve in hydrochloric acid, nitric acid and sulfuric acid, but soluble in perchloric acid. Although shows hygroscopicity in air, it is relatively stable. It reacts with ammonium fluoride to form insoluble compound NH4F.YF3. Yttrium oxide or yttrium nitrate is the raw material.

Yttrium Fluoride

Purity: Y/RE 99.99% 4N

CAS No.:13709-49-4 EINECS No.:237-257-5 Molecular Formula:YF3 Molecular Weight:145.90
Density:4.01 Melting Point:1152℃ Boiling Point:2230℃ UN 3288


Yttrium trifluoride applies to make rare earth crystal laser material, up-conversion luminescent material, fluoride glass fibre optics and fluoride faraday rotator glass. In lighting source, YF3 applies to make carbon electrode of electric arc lighting. Yttrium(III) fluoride is raw material for yttrium metal by electrolytic process. YF3 is also an evaporation coating material, which can deposite film on glass, sapphire, Si(100) and Ge(111) substrate.


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