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In recent years, there has been rising interest in printed electronics production because printed electronics offer the potential for low‐cost, large‐area electronics for flexible displays and sensors appealing to conventional silicon techniques. As a mass manufacturing process for new forms of electronic equipment, printed electronics with various functional inks containing NPs such as metallic NPs, organic electronic molecules, CNTs, and ceramic NPs are expected to flow quickly [97, 98]. An excellent example of the synergies between scientific discovery and technological growth is the electronic industry. The findings of new semiconducting materials have led to a revolution from aspirated tubes to diodes and transistors and finally to miniature chips [10, 99]. The critical characteristics of NPs that make nanotechnology benchmarks [100] possible for NP to be used in electrical, electronic, or optical applications, including bottom‐up or self‐assembly frameworks, are easy handling.