GS Yuasa Lithium Batteries Power American Probes

GS Yuasa lithium-ion batteries delivered to International Space Station for the second time image

GS Yuasa's lithium batteries fitted in the NASA's Radiation Belt Storm Probes in orbit to complete primary and extended mission operations. GS Yuasa Corporation is a Japanese company that makes lead-acid automobile and motorcycle batteries. The company also develops and produces advanced battery technology for various aerospace and defense applications, is actively demonstrating its influence in the field of lithium battery applications.

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China's Zhangyuan Tungsten Declined Offer Levels for Late November

tungstic acid image

Analysis of latest tungsten market from Chinatungsten Online

The ferro tungsten and tungsten powder prices continue to maintain stability due to heavy wait-and-see atmosphere at the end of this month. Most insiders worry for the demand and deals are hardly concluded. Therefore, the whole market remains quiet. 

Read more: China's Zhangyuan Tungsten Declined Offer Levels for Late November

Tungsten Reserve in Far East Ranks First in Russia

tungsten reserves in the Far East region ranks first in Russia image

The tungsten reserve in Far East region rates first place in Russia, the country and its Far Eastern region (RFE) possess large amounts of mineral wealth, comparable to that of China, USA, Australia, Canada, and other major mineral producing countries.

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The Tungsten Powder Market Remains Weak in Wake of Unclear Outlook

tungsten powder image

Analysis of latest tungsten market from Chinatungsten Online

The trend of Chinese tungsten prices still lies on the relationship between the supply and demand. On the whole, the recovery in the demand side fails to meet market expectation, downstream enterprises seek lower prices and traders take a watchful stance. With the reduced profits, the tungsten market is likely to bottom out in the short term. 

Read more: The Tungsten Powder Market Remains Weak in Wake of Unclear Outlook

Adding Tungsten, Aluminum, Iron, and Vanadium Layer to Silicon Generates Novel Material

Professor Ernst Bauer in his lab image

Through applying a thin layer of tungsten, aluminum, iron, and vanadium to a silicon crystal achieve a breakthrough in the performance of thermoelectric materials at a world record. Thermoelectric materials are capable of changing heat into electrical energy. This new type of material generates electrical current very efficiently from temperature differences, allowing sensors and small processors to supply themselves with energy wirelessly.

Read more: Adding Tungsten, Aluminum, Iron, and Vanadium Layer to Silicon Generates Novel Material

 

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