2024-05-30
Pure nickel is a metal element with the symbol Ni, a density of 8.99/cm3, and an atomic number of 28. It is a shiny, ductile, corrosion-resistant metal that can absorb oxygen and hydrogen and is the main component of most alloys at high temperatures. Pure nickel is widely used in industry, mainly for electroplating, battery manufacturing, and household appliances.
Chemical composition table of pure nickel N6
Its physical and chemical properties include good thermal stability of pure nickel and stability at high temperatures. In addition, pure nickel also has good mechanical properties and special physical properties, such as good plastic processing properties, corrosion resistance, and magnetism. In terms of industrial applications, pure nickel can be used to manufacture high-temperature alloys, electric heating alloys, precision alloys, etc., and can also be used to manufacture batteries, machinery manufacturing, chemicals, coinage, food and other fields.
Mechanical properties of pure nickel N6
During the production process, pure nickel can be made into various products such as plates, foils, lines, and tubes through various cold and hot processing methods. At the same time, nickel can also form infinite or limited solid solutions with many metals, so that it can be used to develop various nickel-based alloys.
However, pure nickel often contains some impurity elements, such as Fe, Co, Cu, Si, C, S and O. The presence of these impurity elements may have an adverse effect on the performance of nickel. For example, the presence of elements such as C, S, P and O may reduce the plasticity and processing properties of nickel. Therefore, when using pure nickel, these factors need to be taken into account to ensure its performance during use.