nickel powder is widely used in a variety of applications due to its unique physical and chemical properties. It has many uses including metallurgy, electronics, and corrosion control. It is also used as a hardening agent in alloy steels and a catalyst in fuel cells. In addition, it is a useful additive in the production of conductive materials, such as paints and adhesives.
The use of carbonyl nickel powder for a wide range of powder metallurgy applications is increasing rapidly. This is mainly because of its ability to improve fatigue and mechanical properties in hard metals, enhance magnetic and conductivity in electronic materials, etc. The global carbonyl nickel powder market is expected to grow at a rapid pace over the next couple of decades.
A major factor driving the growth of the carbonyl nickel powder market is the increasing demand for electric vehicles across the world. This is a result of government bodies putting pressure on automotive sectors to reduce the carbon emissions from fossil-fuelled cars. As a result, they are developing electric vehicles that will run on nickel batteries.
As a result of this, the demand for nickel will increase substantially in the future. This will also boost the demand for other materials used in the production of these batteries, such as carbonyl nickel powder.
In order to produce the best quality of battery for an electric vehicle, it is essential to use a nickel powder with a high density and good continuity. In addition, the oxidation resistance of the nickel powder must be high. In order to achieve this, the nickel powder is treated with sulfur gas or a sulfur compound-containing gas, after its surface oxidation.