Nickel chromium target material is a material composed of an alloy of nickel (Ni) and chromium (Cr) synthesized in a certain proportion. This alloy target material not only plays a crucial role in improving material properties and extending service life, but also shows broad application prospects in new material research and development, energy utilization, and environmental protection. The preparation process of nickel chromium alloy target material is mature, with stable performance and a long history of use, so it is widely used. It is widely used in surface protective films such as wear-resistant, corrosion-resistant, heat-resistant, as well as resistive films, including low radiation glass, microelectronics, magnetic recording, semiconductors, and thin film resistors in different fields. In addition, nickel chromium alloy target materials are also used to prepare precision resistance thin films in hybrid integrated circuits, which can meet the performance requirements of sensitive thin films for resistance strain gauges. Therefore, they are commonly used to prepare thin film resistance strain gauges.
