The rise of nanotechnology has opened up a Xintiandi for the application of silica. Through nanotechnology modification, the particle size of white carbon black can be controlled at the nanometer level, significantly improving its specific surface area and surface activity, thereby enhancing its compatibility and interfacial forces with other materials. Nano white carbon black not only significantly improves the reinforcement effect in rubber, but also endows the material with special functions such as self-healing and anti-static.


In the field of biomedical research, nano white carbon black has been explored for use as a drug carrier, bioimaging, and tumor therapy due to its excellent biocompatibility and low toxicity, demonstrating broad application prospects. With the continuous maturity of nanotechnology, white carbon black will play an important role in more high-tech fields and promote the progress of materials science.