Breakthrough in fluorosilicone oil technology: Promoting the green transformation of high-end manufacturing

1.Key progress has been made in the research and development of new fluorosilicone oils
Recently, domestic research teams have made significant breakthroughs in the field of fluorosilicone oil materials, successfully developing a new generation of fluorosilicone oil products that are resistant to high temperatures and have low friction. This material, through molecular structure optimization, can still maintain stable performance within the extreme temperature range of -60 ℃ to 280℃. Meanwhile, the coefficient of friction is reduced to below 0.01, which is significantly superior to traditional lubricants.
The new type of fluorosilicone oil adopts an environmentally friendly synthesis process, reducing the usage of fluorine-containing solvents and lowering carbon emissions during the production process by 30%. Its core technology has been certified as a national invention patent, marking that China has achieved a transformation from "following" to "keeping pace" in the field of high-end fluorosilicon materials.


2. Application scenarios in multiple fields are accelerating their implementation
In the field of new energy vehicles, the new type of fluorosilicone oil has passed the verification of the national mandatory inspection standards and can effectively solve the problem of thermal runaway of lithium batteries. Experimental data shows that battery packs using this material can remain smoke-free and fire-free even when 100% of the cells are out of control, providing an important guarantee for the safety performance of electric vehicles.
The electronic information industry has also benefited significantly. Ultra-low viscosity fluorosilicone oil (with a viscosity close to water at room temperature) is applied in immersion liquid cooling systems, which can reduce the energy consumption of data centers by more than 40%, while meeting the EU's ban on PFAS substances, providing a feasible solution for the construction of green data centers.


3. Environmental protection performance leads the industry upgrade
With the tightening of global environmental protection regulations, the green characteristics of fluorosilicone oil have become the key to competition. The new generation of products, through the substitution of bio-based raw materials, has increased the degradability rate to 75%, and at the same time meets international certification standards such as ISO 21469. Against the backdrop of the upcoming PFAS ban in the European Union, such materials are expected to become the best alternative to traditional fluorinated liquids, and the related market size is projected to exceed 4.5 billion yuan by 2025.


4. The pattern of collaborative innovation in the industrial chain has taken shape
From upstream raw materials to downstream applications, the fluorosilicone oil industry chain is forming a collaborative innovation ecosystem. Domestic enterprises have achieved a self-sufficiency rate of 91% for key single raw materials and plan to build 35 10,000-ton production bases by 2026. In terms of industry-university-research cooperation, the "Intelligent Lubrication System" project jointly developed by universities and enterprises combines fluorosilicone oil with Internet of Things technology, enabling precise maintenance of equipment throughout its entire life cycle.