The introduction of nanotechnology will bring revolutionary changes to the performance improvement of wetting agents. By modifying or compounding wetting agent molecules with nanomaterials, their surface activity, stability, and weather resistance can be significantly enhanced, resulting in better performance in different application scenarios.

With the help of computational chemistry and molecular simulation techniques, future research and development of wetting agents will achieve precise design of molecular structures. By optimizing the molecular structure, key performance indicators such as interfacial tension, wetting speed, and adhesion strength of wetting agents can be precisely controlled to meet the special needs of specific application fields.

With the rapid development of technologies such as the Internet of Things and artificial intelligence, the application of wetting agents will gradually achieve intelligent control. Through intelligent sensors, data analysis algorithms, and remote control platforms, the status parameters of the wetting process can be monitored in real time, and the dosage, concentration, and spraying speed of the wetting agent can be automatically adjusted to achieve precise application and efficient utilization.

In order to accurately evaluate the performance of wetting agents, it is necessary to establish a high-performance evaluation system. This system will combine various methods such as laboratory testing, simulation, and practical application feedback to comprehensively evaluate the performance indicators of wetting agents, providing scientific basis for product development, production, and application.