In recent years, fumed silica, as a high-end functional inorganic material, has achieved successive breakthroughs in process optimization, performance upgrading and scenario expansion. It has become an important driver for the upgrading of the new material industry and injected new impetus into various high-end manufacturing fields.

On the production side, the industry has been deepening green and refined upgrading. Through technical means such as reaction system optimization and heat source innovation, precise control of product particle size and specific surface area has been realized, while energy consumption and pollutant emissions in the production process have been greatly reduced. A variety of high-end products with low impurities and high dispersibility have been put into large-scale supply, meeting the high-quality development needs of the industry.

In terms of application, the application boundary of fumed silica has been continuously expanded. In addition to traditional fields such as silicone rubber, coatings and adhesives, the demand for its application in emerging fields such as new energy lithium batteries, semiconductor packaging, biomedicine and high-end composite materials has been rising steadily. Relying on its excellent properties such as reinforcement, thickening and anti-sedimentation, it has become a key material to improve the performance of end products.

Insiders said that with the rapid development of the downstream high-end manufacturing industry, the market demand for customized and high-performance fumed silica will continue to grow, forcing the industry to accelerate technological research and development and process upgrading. In the future, products with both green production and high-end performance will become the market mainstream, and the industry has broad development prospects.