With continuous advancements in science and technology, the production processes and application technologies of dimethicone are also evolving. For example, through molecular structure design and modification, dimethicone can be endowed with superior properties such as higher temperature resistance, stronger adhesion, and lower friction coefficients. Nanotechnology can be used to create nanoemulsions of dimethicone, improving its dispersibility and stability and expanding its application fields.

Technological innovation drives the development of the dimethicone industry. For instance, molecular structure design can synthesize dimethicone with special functions, such as high-temperature-resistant or high-viscosity dimethicone, to meet the needs of different applications. Nanotechnology can produce nanoemulsions of dimethicone, enhancing its performance in coatings and inks. Composite technology can combine dimethicone with other materials to create multifunctional composites, broadening its application scope.

More information please check:

https://www.tiktok.com/@iotaariel/video/7473885091341700398