China is the dominant global exporter of yttrium oxide, accounting for the vast majority of international supply, while the United States, Japan, and Germany are the largest importers, driven by demand in phosphors, ceramics, and advanced electronics. Yttrium oxide prices have remained relatively stable amid steady export volumes from China and consistent procurement by high-tech manufacturing hubs. Recent years show sustained export concentration from China and growing import demand from Southeast Asian electronics producers, reflecting broader supply chain diversification efforts without major price volatility.
Market Dynamics Report on Yttrium OxideI. Price Trends1. Domestic Market: Recently, the price of yttrium oxide in the domestic market has shown a slight upward fluctuation. The mainstream price of 99.99% pure yttrium oxide has risen from XX yuan per kilogram at the beginning of the month to the current XX yuan per kilogram, representing an increase of approximately X%.2. International Market: International prices for yttrium oxide have risen in tandem, driven primarily by Chinese export prices and growing global demand for rare earths. Prices in Europe have increased by approximately X%, while prices in the United States have risen by approximately X%.II. Supply and Demand Dynamics1. Supply Side: - The production capacity utilization rate of domestic yttrium oxide manufacturers remains stable. Although some enterprises face production constraints due to upgraded environmental protection requirements, the overall supply has not experienced significant fluctuations. - Regarding imports, export volumes from major supplying countries such as Myanmar and Australia have decreased due to the pandemic and logistics issues, providing certain support to the domestic market.2. Demand Side: - Demand from the rare earth permanent magnet industry continues to grow. Particularly, the strong demand for high-performance neodymium-iron-boron (NdFeB) magnets in sectors such as new energy vehicles and wind power has driven an increase in demand for yttrium oxide as an additive. - Demand from traditional industries such as ceramics and glass remains stable, providing a foundational support for yttrium oxide prices.III. Cost Factors1. The prices of raw material rare earth oxides have risen recently, with light rare earth elements such as lanthanum and cerium seeing price increases, thereby pushing up the production costs of yttrium oxide.2. Auxiliary costs, including energy and transportation, have increased due to rising international oil prices and logistics tightness, further compressing the profit margins of yttrium oxide producers.IV. Policies and Industry Dynamics1. Domestic rare earth industry policies continue to tighten, with increased regulatory enforcement on environmental protection and safety. Non-compliant enterprises are being phased out, leading to higher industry concentration, which is conducive to stabilizing yttrium oxide market prices.2. The international rare earth trade landscape is complex and volatile. Factors such as US-China trade friction and global supply chain restructuring have had some impact on yttrium oxide imports and exports; however, no major trade barriers have emerged thus far.V. Analysis and Judgment1. Short-term: Driven by tight supply and demand relations and rising costs, yttrium oxide prices are expected to continue a slight upward trend.2. Medium-term: With sustained growth in downstream industries such as new energy vehicles and wind power, the market supply and demand structure for yttrium oxide will remain in a tight balance, and the price center is expected to shift upward.3. Long-term: Attention should be paid to the progress of global rare earth resource development and changes in international trade policies. If there are major breakthroughs on the supply side or a slowdown in demand growth, yttrium oxide prices may face adjustment pressures.VI. Forecasts1. Price Forecast: It is expected that yttrium oxide prices will continue to rise in the coming month, with a potential increase of X%-X%.2. Supply and Demand Forecast: Supply will maintain steady growth, but the growth rate may lag behind that of demand, leading to an expanding market supply-demand gap.3. Risk Warning: Uncertain factors such as changes in the international political and economic situation and significant fluctuations in raw material prices should be closely monitored for their potential impact on the yttrium oxide market.
Yttrium oxide (Y₂O₃) is a white, odorless, crystalline solid at room temperature, non-volatile and thermally stable, with a high melting point of approximately 2430 °C. It is an inorganic rare-earth metal oxide, classified as a refractory ceramic material. Yttrium oxide serves primarily as a precursor for the production of yttrium-based compounds, including doped phosphors, laser crystals (e.g., YAG), and high-performance ceramics. Its principal applications are in phosphors for LED lighting and display technologies, solid-state lasers, microwave ferrites, and as a stabilizer in zirconia-based thermal barrier coatings. It is also used in the manufacture of specialty glasses and as a dopant in optical and electronic materials.
Yttrium Oxide, also called Yttria, high purity Yttrium Oxides are the most important materials for tri-bands Rare Earth phosphors which give the red colour in colour television & computer tubes. In optical industry, the Yttrium Oxide is used to produce Yttrium-Iron-Garnets, which are very effective microwave filters. Low purity of Yttrium Oxide are widely applied in electronic ceramics. It is widely used to make Eu:YVO4 and Eu:Y2O3 phosphors that give the red color in color TV picture tubes.Also, it is used in gas mantles and acetylene lights. Other uses are in yttriumiron garnets for microwave filters in lasers, and as a stabilizer for high temperature in refractories.
white powder(s) or sintered tablets and pieces of 99.9% purity; bcc; readily absorbs atmospheric CO2; enthalpy of fusion 105.00 kJ/mol; used in crucible form for experimental, proprietary melting, also sintered pieces used as evaporation material for hard film dielectric coating and thin film capacitors, and as 99.999%, 99.99%, 99.9% pure sputtering target for preparing hard films, dielectric coatings, and thin film capacitor [CER91] [MER06] [CRC10]
This chemical is included in Basic Chemicals. See more about what is Yttrium oxide and Yttrium oxide SDS information.
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