Neodymium Oxide
Also known as: Neodymiumoxide
Neodymium oxide is mainly used as colorant for glass and ceramics, raw material for manufacturing metal neodymium and strong magnetic neodymium iron boron. Adding 1.5% - 2.5% nano neodymium oxide to magnesium alloy or aluminum alloy can improve the high temperature performance, air tightness and corrosion resistance of the alloy, which is widely used as aerospace materials. In addition, nano-sized yttrium aluminum garnet doped with nano-sized neodymium oxide produces short wave laser beam, which is widely used in industry for welding and cutting of thin materials with thickness less than 10 mm. In medical treatment, nano neodymium oxide doped yttrium aluminum garnet laser is used instead of scalpel to remove or disinfect wound. Nano neodymium oxide is also used for coloring glass and ceramic materials, as well as rubber products and additives.
| Payment & Shipping Terms | Supply Capacity | ||
|---|---|---|---|
| Payment Terms: | T/T, WU | Production Capacity: | 600T/year |
| Min. Order: | 50KG | Packing: | according to the customer's requirements |
| Means of Transport: | Ocean, Air, Land | Delivery Date: | 7 days |
Neodymium Oxide
CAS 1313-97-9
Neodymium oxide is mainly used as colorant for glass and ceramics, raw material for manufacturing metal neodymium and strong magnetic neodymium iron boron. Adding 1.5% - 2.5% nano neodymium oxide to magnesium alloy or aluminum alloy can improve the high temperature performance, air tightness and corrosion resistance of the alloy, which is widely used as aerospace materials. In addition, nano-sized yttrium aluminum garnet doped with nano-sized neodymium oxide produces short wave laser beam, which is widely used in industry for welding and cutting of thin materials with thickness less than 10 mm. In medical treatment, nano neodymium oxide doped yttrium aluminum garnet laser is used instead of scalpel to remove or disinfect wound. Nano neodymium oxide is also used for coloring glass and ceramic materials, as well as rubber products and additives.
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| CAS Number | 1313-97-9 |
|---|---|
| Molecular Formula | Nd2O3 |
| Molecular Weight | 336.48 |
| Place of Origin | Zhejiang,China (Mainland) |
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CERIUM
The chemical symbol of cerium is CE and the atomic number is 58. Cerium is a soft, malleable silver white metal that discolors when exposed to air and is soft enough to be cut with a knife. Cerium is the most abundant rare earth. Its chemical characteristic is that it has two valence states, namely + 3 CE state and + 4 CE state. Cerium state is the only stable non trivalent rare earth ion in aqueous solution. Therefore, it is a strong acid and strong oxidant. Cerium state is very similar to other trivalent rare earth.
CESIUM OXIDE
Cesium oxide is a kind of inorganic compound, which is composed of cesium and oxygen. It belongs to oxide. Its chemical formula is CS Е o. The known binary cesium oxides are CS ₁₁ o ₃, CS ₄ o, CS ₇ O and CS ₇ o. They are brightly colored. The appearance of cesium oxide CS ξ o is orange yellow hexagonal crystal.
Cerium Dioxide
Light yellow or yellow brown powder. The density is 7.13g/cm3. Melting point 2397 ℃. Insoluble in water and alkali, slightly soluble in acid. At 2000 ℃ and 15MPa, cerium oxide can be obtained by hydrogen reduction of cerium oxide. When the temperature is free between 2000 ℃ and the pressure is free at 5MPa, cerium oxide is yellowish red and pink. Its performance is used as polishing material, catalyst, catalyst carrier (Assistant), ultraviolet absorber, fuel cell electrolyte, automobile exhaust absorber, electronic ceramics Wait.
Cobalt
Steel gray metal powder, easily oxidized in the air at room temperature. It is widely used in aviation, aerospace, electrical appliances, machinery manufacturing, chemical and ceramic industries. Cobalt-based alloys or cobalt-containing alloy steels are used as blades, impellers, ducts, jet engines, rocket engines, missile components and various high-load heat-resistant components in chemical equipment and important metal materials in the atomic energy industry. As a binder in powder metallurgy, cobalt can ensure the toughness of cemented carbide. Magnetic alloy is an indispensable material in modern electronics and electromechanical industries, used to make various components of sound, light, electricity and magnetism. Cobalt is also an important component of permanent magnetic alloys. In the chemical industry, in addition to high-alloy and anti-corrosion alloys, cobalt is also used in colored glass, pigments, enamels, catalysts, and desiccants.
Cobalt Oxide
Cobalt oxide is also called cobalt oxide and cobalt monoxide, chemical formula CoO, light grayish green crystalline powder. The relative density is 6.45 and the melting point is 1935°C. Insoluble in water and alcohol, soluble in dilute acid to become a light red solution, and blue when soluble in hot concentrated sodium hydroxide. It is insoluble in ammonia, but when oxygen is present, it can react with ammonia to form a complex and dissolve. Roasting in the air produces black cobalt tetroxide. It can be reduced to metallic cobalt by carbon powder, hydrogen or carbon monoxide. Cobalt oxide can be obtained by oxidizing metal cobalt powder in oxygen or air, or heating and decomposing cobalt nitrate, cobalt carbonate or cobalt hydroxide in a vacuum or in an inert atmosphere.
DYSPROSIUM
Dysprosium is a silvery white metal, which is soft and can be cut with a knife; its melting point is 1412 ° C, boiling point is 2562 ° C, and its density is 8.55g/cm3; it has superconductivity near absolute zero. Dysprosium is quite stable in the air. At high temperature, it is easy to be oxidized by air and water to form dysprosium oxide. Dysprosium is mainly used to make new lighting source dysprosium lamp; dysprosium can be used as control material of reactor; dysprosium compound can be used as catalyst in oil refining industry.
Dysprosium Oxide
Dysprosium oxide is a kind of chemical substance, and its chemical formula is dy Е o ₃. White powder, slightly hygroscopic, can absorb water and carbon dioxide in the air. Magnetism is many times stronger than that of iron oxide. Soluble in acids and ethanol. It is mainly used for lighting.
ERBIUM
Element symbol Er, atomic number 68, in the periodic table of chemical elements in the sixth period, lanthanide (IIIB group) 11, atomic weight one hundred and sixty-seven point two six The element name comes from the discovery site of yttrium earth. In 1843, mossander, a Swedish scientist, discovered the oxide of erbium from yttrium soil by the method of graded precipitation, which was officially named in 1860. The content of erbium in the crust is 0.000247% , existing in many rare earth ores.
