Tungsten Disulfide Nanopowder and An Illustration Of Their Properties
Tungsten disulfide Nanowpowder is referred to as a chemical compound that has the formula WS2. It is available in the form of a rare chemical as it is incorporated from a certain number of catalysts. WS2 is known to develop a layered structure that has a relationship which is similar to MOS2. With tungsten disulfide Nanopowder it works its magic as a solid lubricant that is suitable to be used in a high-temperature environment. Hence it is soluble in water and acidic solutions. Apart from that it is present in the form of a mineral that is termed tungsten tin.
Coming to the performance of this component as a solid lubricant it is top-notch. This is even if you are going to put it to use in the form of a dry lubricant. Their main use happens to be self-lubricating composite materials. This is one of the main reasons why it is being used as a semiconductor material and is in a position to withstand high temperature and high pressure along with oxidise environment. In fuel cells or oil catalysts, it is being used.
Tungsten disulfide Nanopowder and their features
The fuel cells have a relation to the anode or are they anode sensors, it is seen that tungsten disulfide Nanopowder is being used. From our discussion earlier it has come to the fore that their main use is as a solid film lubricant, and is more suited to work in a high-pressure environment. With cluster produce, they are known to cluster, as on a metal surface the process of lubrication may emerge where a layer of Nano coating is formulated. Once you go on to add this layer in the coating process, it goes on to formulate a self-lubricating property where on a metal surface the absorption capacity is superior.
There is another feature where the coefficient of friction is at the lower end. This is one of the main reasons why it is being used as an additive, in a metal powder that is expected to provide a low coefficient of friction as to lubricating oils it may turn out to be a viable additive. This is expected to enhance the properties of lubrication along with wear and tear. Though the main use of tungsten disulphide Nanopowder is in the form of a dry lubricant that may also emerge as a self-lubricating material.
Its main use is in the form of an oil catalyst. Not only it is oily but this turns out to be an efficient form of catalyst. Their main utility is in the formulation of high-pressure catalysts as in the anode batteries the fuel cells are formulated from the same.