The fluorosilicone oil technology has accelerated its iteration process, achieving a dual breakthrough in controllable preparation and application expansion. 
Recently, significant technological innovations have been continuously emerging in the fluorosilicone oil field. The technology for controllable fluorine content production has been successfully applied and put into practical use. The multi-functional group modification technology has continued to make breakthroughs, expanding the performance boundaries of the products. At the same time, the application fields have extended to emerging areas such as new energy and medical care, driving the industry into a new stage of high-quality and innovative development. 

1. Controlled fluorine content technology is implemented, resolving the problem of balancing performance and cost
The fluorosilicone oil preparation field has witnessed a key technological breakthrough. The controllable fluorine content continuous modulatable preparation technology has entered the practical application stage. By precisely controlling the ratio of fluorosilane monomers to non-fluorosilane monomers, the fluorine content can be continuously adjusted within the range of 5-70 wt%. This technology effectively addresses the pain point in traditional processes where performance and cost cannot be balanced. Products with low fluorine content can enhance durability at costs close to traditional silicone oil, while products with high fluorine content can provide extreme surface performance. 

2. Continuous improvement of modification technology and enhanced adaptability to extreme conditions
Significant progress has been made in multi-functional group collaborative modification technology. By introducing functional groups such as epoxy groups and amino groups, the fluorosilicone oil products have achieved a synergistic improvement in properties such as radiation resistance, high-pressure resistance, and anti-aging. This breaks the performance limitations of single-modified products. The new modified fluorosilicone oil can maintain stable performance within the extreme temperature range of -60°C to 300°C, meeting the usage requirements of more complex industrial scenarios. 

3. Extensive application areas and explosive demand from emerging markets
With the improvement of product performance, the application scope of fluorosilicone oil continues to expand. Besides the traditional fields such as surface treatment, release, lubrication, and coatings, the demand for fluorosilicone oil in emerging fields such as new energy vehicles, 5G communication, photovoltaic new energy, and medical devices has grown rapidly. Among them, electronic-grade fluorosilicone oil is suitable for semiconductor packaging and insulation requirements of AI computing equipment, while hydroxyl fluorosilicone oil, due to its good biocompatibility, is applied in medical fields such as coating of minimally invasive instruments. 

4. The innovation ecosystem is gradually improving, and the research and development vitality of the industry is prominent.
The industry's research and development investment has continued to increase, and the collaborative innovation between research institutions and production entities has become increasingly close. Technical breakthroughs in key links such as fluorosilicone oil molecule design, catalyst development, and purification processes have been continuously advanced, and related patent achievements have continued to emerge. At the same time, the concept of green and low-carbon has been integrated into the entire process of research and production, and simple green production processes have been gradually promoted, promoting the industry's coordinated development of environmental protection and efficiency.