Scandium (Sc) Foil. Brand: AEM Ree. Purity: 99.9% REM. Size: 0.25mm x 50mm x 255mm

Erbium (Er) Rod. Brand: AEM REE. Purity: 99.9% REM. Size: Φ12.7 x 155 mm

Lanthanum Hexaboride Rod. Brand: AEM REE. Chemical Formula: LaB6. Purity: 99.5%. Size: Φ10 x 100 mm

Scandium Foil. Details are as Follows: Scandium Foil (Sc). Brand: AEM Ree. Purity: 99.99%. Size: 0.1 x 100 x 105 mm.

The process technology of the 15000A electrolyzer is to put fluoride solution into the electrolyzer, apply 15000A DC, keep the furnace temperature at about 1000 ℃. Then pour rare earth praseodymium neodymium oxide into the electrolyzer, oxidize oxygen ion to the anode and discharge it as carbon dioxide. At the final step, reduce rare earth ion to the cathode and reduce it as a metal droplet from the tube below. This is the whole process of electrolysis.

Known as the "industrial monosodium glutamate" and the "mother of new materials", rare earth has excellent optical, electrical, magnetic, superconducting, catalytic, and other properties. These are widely used in cutting-edge scientific and technological fields (such as new energy, national defense military), and is non-renewable strategic resources. Rare earth elements are used almost everywhere. They have wide and important energy, information, environmental protection, health care, agriculture, and defense applications. These are involved in every aspect of modern life.

How much does the scandium metal material cost? To answer this question, first, we need to understand what is scandium and what is the scandium metal material.

Hard ferrites magnets have three major applications: acoustics (rings), motors (segments), and holding instruments (including magnet separators). The largest share goes to acoustics, followed by motors and holding instruments. Within these categories, applications of hard ferrites vary in different countries. Holding instruments refer to applications that use the tractive and/or repelling force of the magnet. For example, the attraction between a magnet and a magnetic material, such as a piece of iron or steel, or the attraction or repulsion between two magnets (to do mechanical work). The applications in this category include magnetic separators, magnetic holding devices (such as magnetic latches), magnetic torque drives, and magnetic bearing devices. The sidebar shows 15 major applicatio

Ceramic-based and other permanent magnets are used in many industrial applications for their high strength, demagnetization resistance, and corrosion resistance. Permanent magnets are a vital part of modern life. They are found in or used to produce almost every modern convenience today, from air conditioners and washing machines to speakers in mobile phones and electric motors in hybrid cars. Permanent magnets are used increasingly in technological applications, including traveling wave tubes, Hall effect sensors, high-temperature-resistant permanent magnets, thin-film coating equipment, and flywheel storage systems.

What is a ceramic magnet? Ceramic magnets (also known as ferrite magnets) were developed in the 1960s as a low-cost alternative to metallic magnets. They are composed of iron oxide and strontium carbonate. While their hard, brittle quality and low energy exclude them from some applications, ceramic magnets have won wide acceptance due to their corrosion and demagnetization resistance and low price per pound. Ferrite represents more than 75 percent of world magnet consumption (by weight). It is the first choice for most DC motors, magnetic separators, magnetic resonance imaging, and automotive sensors.

There are seventeen rare earth elements– fifteen of which are lanthanides and two of which are transition metals, yttrium, and scandium found with lanthanides and are chemically similar. Samarium (Sm) and Neodymium (Nd) are the two most commonly used rare earth elements in magnetic applications. More specifically, samarium and neodymium are light rare earth elements (LREE) in the cerium earth group. Samarium cobalt and neodymium alloy magnets provide some of the best force-to-weight ratios for industrial and commercial applications.

AlNiCo is the name for an iron alloy that primarily consists of iron, aluminum (Al), nickel (Ni), and cobalt (Co). That is why it is called al-ni-co. It can also be spelled AlNiCo. Sometimes, it may also contain copper and titanium. AlNiCo alloys are used as permanent magnets, as they are ferromagnetic.

AEM REE introduces the difference between rare earth magnets and ceramic magnets in five ways for all of you.

The unparalleled strength of neodymium magnets is only possible due to a sophisticated and delicate atomic particle arrangement and electron spin. The process to produce these technological marvels is no less sophisticated or delicate.

Rare earth metals and alloys that contain them are used in many everyday devices such as computer memory, DVDs, rechargeable batteries, cell phones, catalytic converters, magnets, fluorescent lighting, and much more.

Seventeen elements are categorized as rare earths. These metals are used in everything from smartphones and electric vehicle motors to wind turbines. Japanese researchers call them "industrial vitamins" due to their critical role in high-tech sectors.

Rare earths are crucial to the manufacture of many hi-tech products. Despite their name, most are abundant in nature but are hazardous to extract. Most "rare earth" elements have a usage in several different fields.

Rare earth metals are critical to high-performance optics and lasers and a key to the most powerful magnets and superconductors globally. Rare earths are more difficult to mine than most metals and generally don't accumulate into rich ores. This rarity, combined with the demand for the metals in high-tech applications, brings about economic and political complications that make some of the most interesting metals even more exciting.

AEM REE shares the history of rare earth production and trade for all of you.

AEM REE is a leading rare earth products suppliers, we provide the brief introduction of rare earths for all of you.