The high-quality development of the fluorosilicone rubber industry has been accelerated by the iteration of green processes and the improvement of the standard system
Driven by the tightening of environmental protection policies and the demand for quality improvement in the industry, the fluorosilicone rubber industry is accelerating the research and development of green processes and the construction of standard systems. Through technological innovation and regulatory guidance, it is promoting the transformation of the industry from scale expansion to quality and efficiency, achieving a coordinated development of ecological friendliness and technological leadership.

1.A major breakthrough has been achieved in green synthesis technology
The research team has developed a low-energy consumption and low-emission synthesis process for fluorosilicone rubber by using bio-based fluorine-containing monomers and sustainable catalytic systems. This process abandons the traditional high-temperature and high-pressure reaction mode, reducing the reaction temperature by 40℃, lowering energy consumption by 30%, and generating no fluorine-containing wastewater. Through the closed-loop recycling system, the monomer utilization rate has been increased to over 98%, and the performance of the bio-based fluorosilicone rubber prepared is on line with that of traditional products, providing core technical support for the green transformation of the industry.


2. The industry standard system has been gradually improved
China has initiated the formulation of a series of standards for fluorosilicone rubber materials, covering key areas such as product classification, performance testing methods, and environmental protection indicators. The new standard clearly defines core indicators for high-end products, such as resistance to extreme environments and low volatile matter content. Among them, the limit for volatile organic compounds (VOCs) is 50% stricter than the original standard. The implementation of the standards will regulate the market order, guide enterprises to focus on the research and development of high-end products, and enhance the overall technological level and international competitiveness of the industry.

3. The practical application of recycling technologies
A new physical-chemical combined recycling process has achieved a breakthrough in addressing the recycling challenge of fluorosilicone rubber waste. Through low-temperature cracking and recombination technology, the recycling rate of waste fluorosilicone rubber has reached over 85%, and the retention rate of mechanical properties and medium resistance of the recycled materials exceeds 90%, which can be directly used in the production of medium and high-end products. This technology has built a pilot production line with an annual processing capacity of 500 tons, effectively reducing resource consumption and environmental pressure.


4. Cross-disciplinary collaborative innovation has accelerated
Material enterprises, research institutions and downstream application ends should establish a collaborative innovation mechanism to carry out customized research and development in response to the individualized demands of different fields. Through precise matching of material formulas with application scenarios, specialized fluorosilicone rubber products suitable for emerging fields such as hydrogen energy storage and transportation, and flexible electronics have been developed. The integration of cross-disciplinary technologies not only expands the application boundaries of materials but also promotes the formation of a virtuous cycle of "demand - research and development - industrialization" in the industry, accelerating the transformation of technological achievements.