The development of computing infrastructure is accelerating rapidly, and dimethyl silicone oil has become the core material for cooling in data centers. 

1.The traditional cooling solutions have reached their limitations. Immersion cooling technology has ushered in an opportunity for widespread adoption.
The power consumption of artificial intelligence computing servers and large data centers continues to rise. The cooling limits of air-cooling and water-cooling modes are low and their energy consumption is high, making them unable to accommodate the long-term and high-intensity operation of high-density chips. Immersion liquid cooling technology has rapidly gained popularity due to its efficient cooling, low noise, and low equipment wear. Insulating, high-temperature-resistant, and stable liquid media have become the key technologies. Dimethyl silicone oil, with its excellent physical and chemical properties, has become the mainstream material for liquid cooling media. 

2. The advantages of silicone oil liquid cooling are remarkable, significantly reducing the energy consumption for data center operation and maintenance.
Dimethyl silicone oil has strong insulation properties, a high ignition point, and stable chemical properties. It will not deteriorate or evaporate even under long-term high-temperature conditions and can completely immerse precision components such as circuit boards and chips without causing equipment corrosion or short circuits. The actual measurement data shows that data centers using silicone oil immersion cooling have a cooling energy consumption that is nearly 40% lower than that of traditional air cooling. The operating temperature of the equipment is more stable, the lifespan of the servers is effectively extended, and it is suitable for the usage requirements of ultra-large-scale computing clusters. 

3. Specialized cooling silicone oil is developed specifically, and refined viscosity customization is implemented for mass production.
According to the different operating conditions of computing rooms, customized liquid cooling-specific dimethyl silicone oil is developed by the industry, precisely regulating viscosity, thermal conductivity, and evaporation indicators. Low-viscosity silicone oil is suitable for rapid heat exchange scenarios, while medium and high-viscosity silicone oil is used in long-lasting sealed computing rooms. The low-ion purification process ensures that no impurities are released from the medium and pollute the precision components. The customized cooling silicone oil is put into mass production, addressing the shortcoming of insufficient heat exchange efficiency of general silicone oil, and further expanding the application scope of silicone oil in computing infrastructure. 

4. The computing power industry is expanding, and the long-term growth potential of silicone oil continues to open up.
At present, domestic data centers and AI intelligent computing power industrial parks are continuously being expanded and renovated. The proportion of liquid cooling data centers is increasing year by year, and the demand for liquid cooling silicone oil is rapidly rising. Industry predictions indicate that in the next five years, the average annual growth rate of silicone oil demand in the computing power cooling field will exceed 20%. Computing power infrastructure will be on par with new energy, medicine, and cosmetics, becoming a new core growth sector driving the growth of the dimethyl silicone oil industry.