The breakthrough in fluorosilicone oil technology is reshaping the market landscape of high-end materials

1.Medical-grade fluorosilicone oil has achieved a breakthrough in high-temperature sterilization performance
The newly developed medical-grade fluorosilicone oil has passed the ISO 10993 biocompatibility certification. Under the high-pressure steam sterilization environment at 121℃, the attenuation rate of its lubricating performance is less than 5%, and its service life is three times longer than that of traditional lubricants. This material can withstand extreme temperatures ranging from -50 ℃ to 260℃ and has been applied in batches to precision instruments such as surgical robot joints and endoscopic catheters, significantly reducing the instrument repair rate by 60%. Its molecular structure design achieves an ultra-low coefficient of friction, ensuring stable lubrication even during the high-frequency movement of the orthopedic electric drill at 300,000 revolutions per minute.

2. The innovation of liquid cooling technology has given rise to a blue ocean for the application of fluorosilicone oil
The core material of the immersion liquid cooling system, fluorosilicone oil, has a cost that is 80% lower than that of the traditional solution. Meanwhile, through phase change technology, it achieves the safety performance of non-combustibility of the flame gun at 600℃. In the field of data centers, this material can reduce the PUE of servers to below 1.1, saving more than 20% energy compared to air cooling solutions, directly driving the liquid cooling market to expand at a compound annual growth rate of over 50%. The thermal conductivity of the low-viscosity modified silicone oil developed by the leading enterprise has exceeded 6W/m · K, with performance on par with similar international products, and the price is only 60% of the imported solution.

3. The aerospace field has ushered in a new era of fluorosilicone oil application
The stability of fluorosilicone oil in extreme environments makes it the preferred choice for aviation sealing materials. The new type of fluorosilicone rubber can maintain a stable elastic modulus within the temperature range of -90 ℃ to 320℃ and has passed the environmental test of NASA's deep space probe. Its anti-fuel erosion property effectively extends the lifespan of fuel system components. When applied in the lubrication system of aircraft engines, it can reduce maintenance costs by more than 30%. Meanwhile, the application of fluorosilicone oil-based sealing materials at the connection parts of rocket propellant tanks ensures reliability in extreme environments during the launch process.

4. Green manufacturing promotes the upgrading of the fluorosilicone oil industry
The continuous bulk polymerization process has replaced the traditional batch production, reducing the unit energy consumption of fluorosilicone oil by 30% and keeping the VOCs emissions below 50mg/m³. The EU REACH regulation's restrictions on long-chain PFAS substances have accelerated the industry's transformation towards short-chain and bio-based raw materials. The proportion of R&D investment by leading enterprises has increased to 5.5%. The breakthrough in chemical recycling technology has enabled the recovery rate of fluorosilicone oil waste to exceed 90%, and the regenerated chlorosilane can be directly used in the production of high-end electronic materials.