Why Cleaned Tungsten Wire Can Be Used in Medical Field?

cleaned tungsten wire image

Cleaned tungsten wire refers to tungsten wire that has been treated to remove impurities and surface contaminants, resulting in a purer and more homogeneous wire. This type of tungsten wire is often used in high-temperature and high-performance applications, such as electrical discharge machining (EDM) and electron beam welding. 

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Black Tungsten Wire Is Used in Electronics, Aerospace, and Medical Fields

black tungsten wire image

Black tungsten wire is a type of tungsten wire that has been coated with a black oxide to enhance its corrosion resistance and provide a sleek, black appearance. Tungsten is a dense, metallic element with a high melting point, making it an ideal material for high-temperature applications, such as heating elements and electrical conductors.

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Advantages of Tungsten Oxide-Carbon Composites

Schematic illustration of the synthetic procedure image

The introduction of carbon material into tungsten oxide to obtain tungsten oxide-carbon composites owns several advantages. One is that the composite material can integrate the advantages of tungsten oxide and carbon materials. Another is that it is more likely to form simple structures with high structural stability. Graphene is a flat monolayer based on a honeycomb lattice of single carbon atom layers.

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China’s Tungsten Powder Price Keeps Firm Due to the Increase of Guide Prices

tungsten trioxide photo

Analysis of latest tungsten market from Chinatungsten Online

China’s ammonium paratungstate (APT) and tungsten powder prices keep firm on February 8, 2023 as the increase of new guide prices for this month shored up market confidence. 

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How to Improve Electrochemical Properties of Tungsten Oxide Used in Lithium Batteries?

Electrochemical performances of different tungsten oxide-based electrodes in lithium battery image

When used as anode materials for lithium batteries, tungsten oxide suffers from structural collapse and rapid capacity drop during charge/discharge cycles due to large volume changes. In addition, their low electrical conductivity leads to poor rate performance. So far, there are some effective methods to improve the electrochemical properties of tungsten oxides. When O-vacancies are introduced into tungsten oxides, their conductivity may be greatly improved, and researchers have tried to vary the vacancy concentration to obtain higher conductivity while employing nanostructures in SCs and LIBs.

Read more: How to Improve Electrochemical Properties of Tungsten Oxide Used in Lithium Batteries?

 

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