Segmented scenarios continue to unleash vitality. New fluorosilicone oil materials explore additional market space.

1. Computing infrastructure drives the demand for liquid cooling materials.
The rapid advancement of AI computing infrastructure has made the traditional air cooling solution unable to meet the heat dissipation requirements of high-power chips. Immersive liquid cooling technology is accelerating its implementation. Fluorosilicone oil, with its excellent insulation, thermal stability, and chemical corrosion resistance, has become an important candidate material for liquid cooling media, capable of long-term stable operation, avoiding risks of leakage and medium corrosion of hardware. Currently, several customized grades are undergoing downstream verification tests.

2. The medical field has higher requirements for special fluorosilicone oil.
The development of the medical device industry has accelerated the research and development of biocompatible fluorosilicone oil. This type of material can be used for lubrication of minimally invasive devices and surface modification of medical consumables, and has strict standards for purity, impurity control, and biological safety. Through precise molecular structure regulation, harmful impurities are removed, and surface wetting performance is optimized to meet the safety usage norms of medical scenarios. The verification process of domestic materials is accelerating.

3. Outdoor new energy equipment tests the material's weather resistance strength.
Photovoltaic and wind power equipment are exposed to sunlight, temperature differences, and rain and snow erosion for a long time, and sealing and protective materials are prone to aging and failure. Modified fluorosilicone oil is applied as coating and auxiliary sealing agents, with excellent resistance to ultraviolet rays and hydrolysis, which can delay component aging and extend the service life of equipment. With the expansion of the scale of new energy installations, the market demand for this direction remains steadily growing.


4. Customized development becomes the core logic of industry growth.
The competition in general fluorosilicone oil is becoming saturated. Developing customized formulations for different working conditions has become the mainstream thinking in the industry. Adjusting the proportion of fluorine-based groups and molecular chain structure according to customer conditions can achieve differentiated performance such as resistance to electrolyte, low friction, and high oil repellency, better matching the individualized needs of different niche fields, and continuously opening up new market growth space for fluorosilicone oil.