Rare Earth Oxide

Industrial Grade Semiconductor Thermal Spraying Yttrium Oxide Yttrium oxide (Y2O3) is a high melting point inorganic compound with a melting point of approximately 2400 ° C, exhibiting excellent chemical stability and optical properties. It has strong thermal stability and low thermal conductivity at high temperatures, and can maintain structural stability in extreme environments. Yttrium oxide is a good electrical insulator that is not easily reactive with acids, bases, or

Industrial grade Electrical corrosion resistance Lanthanum Oxide A micro tool copper electrode material was prepared using nanoscale rare earth oxide lanthanum oxide as an additive in the electroplating base solution. The effect of nanoscale lanthanum oxide additive on the electrochemical corrosion resistance of the electroplated electrode material was experimentally studied. The results showed that adding an appropriate amount of nano lanthanum oxide additive and under

Industrial Grade Ceramic Flame Spraying Yttrium Oxide Thermal spraying is a technology that uses high-energy sources such as flames, plasma, and electric arcs to apply extremely high energy to ultrafine powders, wires, and rods of metals, non metals, ceramics, etc., accelerating or atomizing them and spraying them at a very high speed onto the surface of mechanical components to form surface functional coatings. Yttrium oxide is suitable for this technology 【Application】 1.

Industrial Grade 30nm Nano Yttrium Oxide Rare Earth Oxide Yttrium oxide is suitable for use in many special applications such as refractory field. In the refractory field, the application range includes use as a compound for applications that require stability at high temperatures. For example, they can be made for graphite in nuclear technology as coating material. Because yttrium oxide forms a solid solution with uranium oxide, it is also employed as a diluting agent of

Industrial Grade For Fluorescent Materials Rare Earth Oxide Gadolinium Oxide The crystal form of nano gadolinium oxide is intact, and the product has good dispersibility, transparency, and is easy to add.Nano gadolinium oxide has the characteristic of a large specific surface area and is suitable for use as a sensitizing fluorescent material in medical devices.Nano gadolinium oxide has the characteristic of small grain size. 【Application】 Gadolinium Oxide for fluorescence

Industrial Grade Rare Earth Oxide Magnetic Neodymium Oxide Neodymium can be used to manufacture ceramics, bright purple glass, artificial rubies in lasers, and special glass that can filter infrared radiation. Used together with praseodymium to manufacture goggles for glass blowers. Adding 1.5% to 2.5% nano neodymium oxide to magnesium or aluminum alloys can improve their high-temperature performance, airtightness, and corrosion resistance, making them widely used as

Industrial Grade Organic Silicon Additives Cerium Oxide Silicone rubber mainly undergoes thermal rearrangement and degradation of the main chain under high temperature, sealed and oxygen free conditions, that is, depolymerization reaction, causing the product to become soft (or softened), resulting in the loss of mechanical strength and the loss of use value. Under high-temperature aerobic conditions, the oxidation of polymer side groups mainly occurs, forming alkyl radicals.

Battery Grade Lithium Ion Battery Lanthanum Oxide 5N Lanthanum oxide not only provides a stable chemical environment in LLZO, but also helps to form good chemical compatibility with positive electrode materials and lithium metal negative electrodes. This makes LLZO have high potential for application in all solid state batteries, providing a stable source of raw materials for the production of LLZO,Lanthanum oxide is an ideal raw material for LLZO solid electrolytes due to

Battery Grade Solid State Electrolyte Lanthanum Oxide LLZO is a mixture of lithium hydroxide, lanthanum oxide, and zirconium oxide, with zirconium oxide accounting for about 25% of the pre sintering mass of LLZO, lanthanum oxide accounting for about 45%, and lithium hydroxide accounting for about 35%. Based on this calculation, zirconia accounts for approximately 20% of the mass of oxide solid electrolytes. However, the aforementioned experts in the field of solid-state

Industrial Grade Polished Zirconia Oxide Polishing Powder Infrared Glass Nano zirconia polishing solution have excellent mechanical properties, with a hardness close to sapphire, but the total cost is less than 1/4 of sapphire. Its flexural strength is higher than glass and sapphire, and its dielectric constant is between 30-46. It is non-conductive and does not shield signals, and is increasingly being used in the field of consumer electronics. 【Application】 Ceramics Ultra

Nano Grade Polished Zirconia Oxide Polishing Powder For Optical Glass Nano zirconia polishing solution is specifically used for the final polishing of ultra precision optical components, and can also be used for Polishing of other high-precision optical components. Such as infrared glass, fused quartz, microcrystalline glass, sapphire, ceramics Ultra precision and high-precision polishing of YAG and other optical glass materials. 【Application】 Ceramics Ultra precision and

Industrial Silicone Rubber Cerium Oxide Heat Stabilizer Heat Stabilizer The widespread application of silicone rubber in the new energy vehicle industry is mainly due to its unique physical and chemical properties, which make it very suitable for meeting the high-performance requirements of new energy vehicles and become an indispensable material in the manufacturing of new energy vehicles. With the rapid development of the new energy vehicle industry, it is expected that the

Nano Grade Lanthanum Oxide For Piezoelectric Ceramic Admixtures Mainly used for manufacturing special alloy precision optical glass and high refractive optical fiber board.It is also used to manufacture Ceramic capacitor, piezoelectric ceramic dopants and X-ray luminescent materials such as bromine Lanthanum oxide powder. It is obtained by extracting phosphate cerium lanthanum ore or burning Lanthanum carbonate or Lanthanum(III) nitrate. 【Application】 It is suitable for

Industrial Grade Thermal Spraying Yttrium Oxide Powder Yttrium oxide is currently the most widely used plasma erosion resistant material. Spraying a 0.15mm thick yttrium oxide coating on the inner wall surface of the chip etching machine cavity can effectively avoid contamination of the cavity substrate on the silicon wafer etching. At the same time, the overhaul life of the etching machine can be extended from 15 days to 6 months. 【Application】 1. It is suitable for ceramics

Solid electrolyte LLZO Ultrafine Size 99.999% Lanthanum Oxide Different types of oxide electrolytes have varying production costs and chemical properties due to their different materials. The currently highly recognized material systems in the market are LATP LLZO and LLTO. Among them, LATP has the lowest production cost, but Ti4+is easily reduced by lithium, making it unstable for lithium metal; LLZO has the highest comprehensive ionic conductivity and best thermal stability

Electroforming electrode materials 99.999% Lanthanum Oxide The effect of nano lanthanum oxide additive on the corrosion resistance of the electroforming electrode material was experimentally studied. The results show that with the addition of an appropriate amount of nano lanthanum oxide additive and under appropriate electrodeposition conditions, the electroformed copper electrode material exhibits strong corrosion resistance and excellent comprehensive mechanical properties

Semiconductor Etching Equipment Yttrium Oxide Ceramics Rare Earth Oxide Ceramic materials have good corrosion resistance, therefore, in the semiconductor industry, various ceramic materials have become plasma etching resistant materials for wafer processing equipment. Among them, yttrium oxide (Y2O3) belongs to the cubic crystal system, with a melting point of 2430 ℃, good electrical insulation, and good transparency. Many studies have shown that the plasma etching resistance

Biomedicine Grade Ultrafine Size 99.999% Lanthanum Oxide Lanthanum oxide is also used in the manufacturing of ceramic capacitors, piezoelectric ceramic dopants, and X-ray luminescent materials such as lanthanum bromide powder. Obtained from phosphorus cerium lanthanum ore extraction or from burning lanthanum carbonate or nitrate. It can also be obtained by heating and decomposing the oxalate of lanthanum. Used as a catalyst for various reactions, such as catalyzing the

Biomedicine Min 99.9% Erbium oxide Er2O3 Rare Earth Oxide Erbium oxide is an important laser material with excellent beam quality and high luminous efficiency, which can be used to make solid-state lasers. In lasers, erbium oxide is usually used in combination with other activator elements such as neodymium and praseodymium to achieve better laser performance. In addition, erbium oxide can also be used to make fiber lasers, with an output wavelength of 2.7 micrometers, high

Product Description: Rare Earth Oxide - Product Overview Rare Earth Oxide is a highly versatile and stable product that is widely used in various industries. Its chemical formula is Yttrium and its molecular weight is 88.90 g/mol. This product is insoluble in water and has a shelf life of 1 year, making it a long-lasting and reliable choice for your needs. Key Features: Stable under normal temperatures Excellent UV isolation properties Commonly used in sunscreen formulations