Websites using yttrium oxide as a keyword

The 17 rare earth elements (REEs) are as diverse as they are challenging to pronounce. The group is made up of 15 lanthanides, plus yttrium and scandium, and each has different applications, pricing and supply and demand dynamics. Sound complicated? While the rare earths space is undeniably complex, many investors find it compelling and are interested in finding ways to get a foot in the door. Read on for a more in-depth look at the rare earths market and the many different REEs, plus a brief explanation of how to start investing in the sector. Rare earth elements market: Types of rare earths There are a number of ways to categorize and better understand REEs. For example, rare earths are often divided into “heavy” and “light” categories based on their atomic weight. Heavy rare earths are generally more sought after, but light REEs can of course be important too. Rare earths can also be grouped together according to how they are used. Those used to make magnet rare earths include praseodymium, neodymium, samarium and dysprosium, while phosphor rare earths — those used in lighting — include europium, terbium and yttrium. Cerium, lanthanum and gadolinium are sometimes included in the phosphor category as well. You can click here to learn more about heavy and light rare earths, and here for more information about the different uses of rare earths. One thing that is common to all the rare earths is that price information is not readily available — like other critical metals, rare earths are not traded on a public exchange. That said, some research firms do make pricing details available on occasion, sometimes for a fee. Rare earth elements market: Supply and demand As mentioned, each REE has different pricing and supply and demand dynamics. However, there are definitely overarching supply and demand trends in the sector. Perhaps most notably, China accounts for the vast majority of the world’s rare earths supply. It produced 105,000 MT of rare earths in 2016, with Australia coming in a very distant second at 14,000 MT. The Chinese monopoly on rare earths production has created problems in the past. For instance, rare earths prices spiked in 2010 and 2011 when the country imposed export quotas. The move sparked a boom in exploration for rare earths outside of China, but many companies that entered the space at that time fell off the radar when rare earths prices eventually fell again. Molycorp (OTCMKTS:MCPIQ), once North America’s only producer of rare earths, is one notable failure in the drive to produce the metals outside of China. It filed for bankruptcy in 2015. China no longer has REE export quotas in place — in 2014 the World Trade Organization ruled against them, and China removed the restrictions in 2015. Despite its key role in the rare earths space, China has long had problems with illegal mining. As part of its 12th Five-year Plan, the country closed 14 illegal rare earths mines as well as 28 companies. The overhaul of the sector is expected to continue during the 13th Five-year Plan, which will run from 2016 to 2020. As part of its efforts to curb illegal rare earths mining, China announced at the end of 2016 that it would limit its annual rare earths output to 140,000 MT by 2020. In terms of demand, Adamas Intelligence, a rare metals research firm, notes in a recent report that the rare earths market has “endured a wealth of demand destruction” since 2011. In the five years since then, upwards of 30,000 MT of rare earth oxide demand were lost annually due to concerns from end users about supply security. That said, the firm believes demand for rare earths will boom from 2020 onwards as growth rates for top end-use categories, including electric vehicles and other high-tech applications, accelerate. Rare earth elements market: How to invest The possibility of higher rare earths prices in the coming years has left some investors wondering how they can invest in rare earths. Unfortunately, investors looking for exposure to REEs have few options — buying physical rare earths is not possible, and few ETFs offer exposure to the metals. For that reason, the easiest and most direct way to invest in rare earths is through mining and exploration companies. While many such companies are located in China and are not publicly traded, there are still some that are accessible. Here is a list of rare earths-focused companies trading on the TSX, TSXV and ASX; all had market caps of over $50 million as of April 6, 2017: Alkane Resources (ASX:ALK), Greenland Minerals and Energy (ASX:GGG), Hastings Technology Metals (ASX:HAS), Lynas (ASX:LYC), Midland Exploration (TSXV:MD), Northern Minerals (ASX:NTU), Peak Resources (ASX:PEK), Ucore Rare Metals (TSXV:UCU) and Wealth Minerals (TSXV:WML). Some small-cap REE companies are also listed on those exchanges. Here’s a list of TSX-, TSXV- and ASX-listed rare earths companies that had market caps of less than $50 million as of April 6, 2017: Arafura Resources (ASX:ARU), Avalon Advanced Materials (TSX:AVL), Canada Rare Earth (TSXV:LL), Commerce Resources (TSXV:CCE), GeoMegA Resources (TSXV:GMA), Medallion Resources (TSXV:MDL), Matamec Explorations (TSXV:MAT), Orion Metals (ASX:ORM), Pele Mountain Resources (TSXV:GEM), Rare Element Resources (TSX:RES) and Search Minerals (TSXV:SMY). This description was last updated on April 10, 2017.

One of the large Rare Earth materials manufacture with high quality in China.Support high purity 99.9% - 99.999% and sub-micron or fine particles,also supports service of custom-made. To view materials details and ask for COA MSDS in page.

Stanford Materials Corporation (SMC) is an leading supplier of various oxides, metals, alloys, advanced ceramic materials and minerals with cutting-edge industrial applications.

Zirconiated tungsten electrode is used for welding, and has good performance under AC, especially under high electric current.

Stanford Materials Corporation (SMC) is an leading supplier of various oxides, metals, alloys, advanced ceramic materials and minerals with cutting-edge industrial applications.

Kimball Physics is a high-tech manufacturer of scientific instruments in ultra-high-vacuum electron and ion optics. KP also manufactures unique, versatile, compact, multi-port vacuum chambers. Kimball Physics Multi-CFTM UHV vacuum chambers and fittings are a unique and innovative assembly of vacuum hardware providing users with distinct benefits over conventional Conflat components. They are particularly advantageous where there are spatial constraints and where a high density of experimental apparatus is required. Ultra High Vacuum performance is improved with highly polished surfaces, contoured interiors and minimal welds. In addition, the modular Multi-CFTM system incorporates built-in internal and external mounting capabilities and apparatus, saving time and eliminating custom design and machining for experimental set-ups. Standard accessory elements include, Groove Grabbers, eV PartsTM and External Mounting Brackets, which are all designed to attach and fit together so that custom experimental set-ups can be made easily, accurately and reproducibly. The combination of benefits generally results in improved experimental utility and versatility, vacuum performance and often a lower overall cost.