On April 24, 2026, a new interpretation of applications emerged in the field of nano-silica sol materials. Ethanol silica sol and ordinary waterborne silica sol form a clear division of labor in performance and scenarios due to different dispersion media, providing precise material solutions for coatings, casting, electronics, textiles and other industries. Ordinary silica sol uses water as medium, featuring low cost, strong stability and high temperature resistance, suitable for high temperature curing process. It is widely used in high temperature resistant ceramic coatings, precision casting, building fireproof coatings, concrete reinforcement and waterborne industrial coatings, serving as an economical choice for large-scale industrial applications. Ethanol silica sol takes ethanol as medium, characterized by fast drying, high transparency and good compatibility with solvent systems, applicable to high-end scenarios such as wear-resistant coatings for plastic lenses, UV ink hardness enhancement, electronic component moisture-proof insulation, and low-temperature curing ceramic coatings, solving problems of water-sensitive substrates and rapid film formation. The two are complementary rather than superior or inferior. Waterborne silica sol supports large-scale production of traditional industries, while ethanol silica sol helps upgrade precision manufacturing and optical coatings, driving the new material industry towards high-efficiency, precise and multi-functional development. For more information, please visit: https://www.tiktok.com/@mia_iota/video/7597717976720149782