Rare earth export volume drop in price rise will continue in Japan Rare Earth Game

According to customs statistics, in the first half of 6835 tons of rare earth exports Tianjin Port, over the previous year (the same below) increased 34.6%; worth 410 million yuan, down 18.4%; average export price of 60,000 yuan per ton, down 39.4%.

A first half of the main features of Tianjin Port exports of rare earths

(A) general trade export-oriented. Tianjin Port in the first half of the general trade export of rare earth 6,788 tons, an increase of 34% over the same period accounted for 99.3 percent of total exports of rare earths in Tianjin Port.

(B) State-owned enterprises as the main export of private enterprises is growing rapidly. First half of the state-owned enterprises in Tianjin Port 3868 tons of rare earth exports, increased 42.6 percent, accounting for 56.6% of total exports over the same period China's rare earth.

(Three) are mainly exported to the United States and Japan. The first half of this year, exports of rare earths to the United States in Tianjin Port 3030 tons, an increase of 30%; exports to Japan 2,596 tons, an increase of 93.4%. Both together accounted for 82.3% over the same period in Tianjin Port's total exports of rare earths.

Second, the recent drop in price of Tianjin Port mainly due to increase in volume of rare earth exports

(A) high-tech fields of rare earth rare earth materials to popularize drive demand growth. RE is an important strategic resource, the "industrial MSG", "mother of the new material," said the high-tech industry advanced equipment manufacturing, new energy, new industries and other essential raw materials. With the rapid growth of the world's new energy and environmental protection industry, the demand for rare earth products also showed a significant upward trend. As the world's major economies economy recovers, demand for rare earth products in the application of hybrid vehicles, wind turbines and energy-saving lamps and other environmentally friendly products will continue to pick up, and a substantial increase, while rare earth products play a role in environmental technology will also be more important, the demand for increasingly strong. In the upgrading of traditional automobile industries, the core components of electric vehicles - motor vehicle will also be a large number of application of rare earth materials. With the new energy vehicle development triggered a new round of industrial restructuring, will drive the rapid development of rare earth functional materials. China's rare earth production accounts for 95% of world production, strong demand for rare earth high-tech fields, resulting in China's rare earth exports continued to increase.

(B) the price of domestic disorderly exploitation and lack of voice of rare earth export prices led to lower long-term operation. On the one hand, as the first rare earth producer and exporter countries, the development of China's rare earth market is very confusing. Since the 1980s, China began large-scale mining and processing of rare earth, many illegal mining enterprises, competing prices down resulting in domestic rare earth mining serious excess capacity, causing serious waste of resources and ecological damage. Domestic disorderly competition makes it the "industrial gold," said rare earth prices continue to fall. On the other hand the lack of rare earth industry price discourse leading to the decline in exports. As a major importer of rare earth in Japan and other countries already have 20 years of rare earth reserves; has the largest rare earth resources in Western countries the United States, a large number of rare earth resources in order to protect their sealed mines, banned exports of rare earths. Western countries for the protection of rare earth resources, these countries had no resources instead have a rare earth pricing, especially neodymium oxide, terbium oxide, dysprosium, europium oxide price has long been controlled by foreign businessmen, foreign traders in low purchase a large amount of rare earth product prices, then stop when prices purchase, use inventory, to be re-purchased when prices again. Above lead to the sale of domestic companies competing prices, resulting in China's rare earth export prices have been low.

Third, issues of concern

(A) containing rare earth mining risks, short-term difficult to achieve cleaner production. February 13, 2014, the Ministry issued "on the issuance of the rare earth industry clean production technology to implement the program," which clearly called for speeding up key sectors of advanced clean production technology and marketing, improve the industry clean production level, dramatically reducing pollutant emissions, and the states of cleaner production technologies as energy saving, clean production, recycling economy and other financial guidance financial support focus. This means that countries improve the production capacity of rare earth industry norms and safe and clean production requirements. At present, China Southern ionic heavy rare earth mine commonly used in situ leaching process development of rare earth, easy to destroy mine geological structure, triggering landslides. Meanwhile, due to flawed mine design, part of the chemicals used in the extraction of rare earth leakage risks also exist during the process of recycling used in high-risk chemicals also increase the risk of personnel and increased environmental damage. Although the state and environmental indicators using hair under quota constraints and norms, but because of a lack of financial and technical support enterprises to realize clean production of short-term difficult to achieve.

(B) the downstream application industries concentrated in the low end, the lack of core competitiveness. At present, China's rare earth industry 85% for the traditional areas of metallurgy, machinery, petrochemical, glass, ceramics, etc., only 13% for the high-tech field of new materials, and the highest value-added products in the terminal application, almost mastered the core technology in the hands of foreign companies. Due to the enormous profit potential of rare earth industry, the United States and other developed countries at the same time holding the price of the right to speak, but also clenched authorize its patented technology of rare earth products, restricting the transfer and development of high-end chain. In NdFeB example, belong to the rare earth NdFeB high-end materials, and a wide range of applications. NdFeB our country has nearly 200 enterprises, the annual output reached 1,000 tons, more than 20, but currently uses only Japanese NdFeB Boeing aircraft. Due to the lack of intellectual property rights, China's only mining, smelting and separation of rare earth primary products, not only low value-added, the bargaining space is small and serious environmental pollution; imported from developed countries after deep processing of primary products, prices and profits to grow geometrically. Due to the application of domestic enterprises lack the core technology, so China's rare earth export of rare earth primary products always difficult to break the pattern.

(C) tightening of rare earth exports of rare earths in the game will continue. While China's rare earth reserves, the largest scale, and is the world's largest producer and exporter, but we have no voice and pricing in the global market. With the growing awareness of the importance of rare earth, China since 2006 has gradually decreased since exports of rare earths and slashed rare earth export volume this year, which triggered a rare battle, especially from imports of rare earths from our country, including United States and Japan. Japan chose open conflict with our problems in terms of rare earths, and also looking for strategic partners to ensure the supply of rare earth, rare earth elements and to seek alternatives. Currently, the Japanese government decided to cooperate with Vietnam to develop rare earth resources in order to get rid of excessive dependence on imports of rare earth in China. Japan, as the rare earth materials using the most adequate national, rare earths are widely used in computers, mobile phones and low carbon automotive and other fields, China's rare earth exports to Japan to tighten the pressure greater. While Japan actively seeking other sources to reduce dependence on China, but China is a rare superpower, the impact on Japan is still significant, the Japanese rare game will continue.


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Uses of Rare Earth Magnets

Rare earth magnets are made out of rare earth elements or alloys. These are not rare in the real sense of the term. These are made from elements that are from the "rare earth" group. These became widely popular during the 70's and 80's. Earth magnets are regarded to be much stronger than the other magnetizers that are made of ferrite and alnico. These are thus capable of being used for a longer duration of time.
 
Earth magnets are widely popular as these are the preferred choice of many industries. Some of the most common applications of the same can be seen in computer bicycle dynamos, hard drives, audio speakers, and fishing reel brakes. Few other applications where this is used include diamagnetic levitation experiments, stop motion animations, wind turbines and roller coasters.
 
There are two categories of earth magnets - Samarium cobalt and Neodymium. The first one is the very first type of earth magnet that was developed. These cost more and are weaker in strength than the second type of magnet. This is why these have not been manufactured in large scale industries. It has a high curie temperature that ensures that its magnetic properties stay intact. It is used for manufacturing high speed motors and in different kinds of equipments. It also finds its use in the manufacture of some musical instruments.
 
Neodymium magnet is also referred to as NdFeB, Neo and NIB. It is a permanent element that was discovered in the 80's. Made of an alloy of iron, neodymium and boron, it is a strong magnet. It has a very high magnetic field strength and has a number of uses. As these are cheaper it finds its use in many different industries. It is used in the manufacturing of synchronous, stepper and spindle motors. It is also used for making couplings and bearings. Resonance imaging is another area where it is used.
 
These are 1.5 to 3 times stronger than the usual refrigerator magnets. These are available in a range of shapes and sizes. There are cylinder shaped, disk shaped, ring shaped and many other shapes to choose from. If used properly these magnets would serve a lifetime. These are much more powerful than the other horseshoe magnets that can be found in the market.
 
This is the most widely used rare earth magnet. Affordable and strong these do not lose their magnetism easily and can last for long. The magnets can be customized to suit individual needs. Customizing is easy and it is not at all costly to get the magnets personalized by the manufacturer.
 
Rare earth magnets are being increasingly used in children's toys as well. As these are much cheaper and less bulky, manufacturing companies prefer using these in children’s products.
 
 
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Chinese Investors Look for Rare Earth Metals in Greece

The Greek subsoil and its rare earth metals have attracted the interest of Chinese investors. On the occasion of the ERES international conference hosted in Greece from September 4 to 7, a delegation from China, which is considered the absolute leader in the earth metals field, visited Greece.
 
It is estimated that 17 valuable minerals associated to the high-tech industry are present in Greece. The majority lies in the underwater area of ​​the northern Aegean Sea and in Thrace.
 
Indications of rare minerals appear in the areas of Rhodope, Thessaloniki, Chios, Kilkis, and in the coastal and underwater area of Strymonikos Bay, and bauxites on the Greek mainland.
 
These earth metals can be used as catalytic automobile converters, in petroleum refining, in TVs, mobile phones, portable DVDs, laptops, rechargeable batteries in hybrid and electric cars,  wind turbine generators, medical devices, photovoltaic systems, missile defense satellites and many more.
 
European geologists claim that Greece, along with Sweden, Finland, Norway and Denmark, have rare earth metal and mineral reserves, and should be used to save Europe’s car and electronics industries from uncertain imports.
 
 
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Rare Earth Metals Investment Is a Good Idea

Keeping in mind so many scams and troubled economy, people are really confused where and how they can invest their money in better manner. They are wondering how they can invest their money widely where they can earn most of the profits. Many of us have invested but always bear losses. The investment has proven to be total loss for us. Many of us have also tried to invest money in gold but how many from us got the actual benefits and profits.
 
The write-up contains an information about the better investment of your money that will prove to be worthy for you. Just consider about investing money that involves certain metals that are known as ‘rare earth metals’. It is really simple to invest money on the rare earth elements. It’s available to invest on these metals that will be fruitful but people are not aware of it. Even the information about rare earth metals price is rarely available in past. But due to a sudden demand we can know their price very easily.
 
So are you ready to listen to more about rare earth metals investing. The use of these elements such as uranium, Yttrium, Erbium, Praseodymium, Cerium, Terbium, Scandium, Lanthanum, Thulium, Neodymium, Samarium, Ytterbium, Europium, Gadolinium etc. has increased in this modern world. We cannot imagine the survival of the modern world without these rare earth metals.
 
Rare earth metals are known as REE also. Moreover, they are considered as technology metals. Modern world has more need the previous days of these elements. Many of the innovations wouldn’t have seen the fate what they (innovations) would have ever expected to experience. Just think about the rechargeable batteries, nuclear power, magnets, electrical motor and many more to tell that play a crucial role in today’s era and we can expect a day without using them.
 
So, rare earth metals investment is a good idea because they are needed more than ever. It is believed that in future the demand of these metals will be in its peak. But before investing in rare earth metals it is advised to do a research and know the rare earth metals price clearly.
It will be fruitful for your investment if you search rare earth metals investing company that has a clear track record and they have provided with maximum investment profits to their clients. You should consult to a reliable investment broker and tell them about your investment requirements or you can contact the company directly.
 
 
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Rare Earth Elements: Discovery and Early History

Rare earth elements are seventeen in number according to the periodic table. However, the word “rare” is not to be taken in a literal sense as most of these elements are readily available in the earth’s crust, and they are present in significant quantity. However, the reason the term rare is used is because the areas in which these elements are present can’t be easily extracted due to the unfavorable economic conditions of these areas. In this article, we will be looking at the discovery and the early history of these elements through the following 7 points.
 
1. The periodic table was not always in the position in which we see it today, as more elements were discovered they were added accordingly. The first time scientists came across the idea of rare elements was after the discovery of ytterbite, which was later renamed as gadolinite.
 
2. Ytterbite was then sent off to the University of Turku for an in depth examination. There, the professor after processing the element through different procedures was able to extract an oxide but was not able to place a specific identity to it. Also, no other elements were separated that are used to form the rare element in combination.
 
3. Later in 1803, a couple of scientists in an independent study discovered a white oxide, which they named as ceria. At the same time, another scientist named Martin Klaproth discovered the same element and gave it a different name, ochroia.
 
4. By this time, people were familiarized with the idea of rare elements. However, for nearly thirty years no other rare elements were discovered by scientists.
 
5. Later, more rare elements were found, from the same layers of the crust from which the first two rare elements had been discovered.
 
6. In the same period of scientific history, the famous Lanthana surfaced. This discovery was credited to Carl Mosander who separated ceria through heating the nitrate and then dissolving the resulting product in nitric acid. This process produced a raw form of Lanthana. It wasn’t for another three years after that time until pure Lanthana and didymia, both versions of the rare earth element, were discovered.
 
7. From here on forward, the discovery of rare elements picked up speed. A number of rare earth elements were discovered. It was by 1842 that the majority of the minerals were known to the people working in the field. At first this element was used for pure scientific reasons only, mostly for research in universities. However, with time, scientists discovered a number of other beneficial uses for these elements. They covered a huge base, from being used in making different parts in the aviation machinery industry to being used in a number of medical treatments that benefit humans. One example is the use of Lanthana in medicine for the renal failure.
 
 
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