New energy and precision manufacturing are gaining momentum, and the high-end segment of dimethyl silicone oil market is experiencing growth opportunities. 

1. The demand structure has changed, with traditional markets slowing down while emerging sectors are experiencing rapid growth.
In recent years, the demand structure for dimethylsilicone oil has undergone significant adjustments. The demand in traditional application areas such as construction and general plastic processing has steadily declined, while high-growth industries such as new energy vehicles, semiconductors, medical devices, and energy storage equipment have continuously released new demand. Industry research data shows that the overall domestic market for dimethylsilicone oil has steadily increased, with the growth rate of high-end specialty silicone oil far exceeding that of general ordinary silicone oil. Orders for differentiated and high-purity customized products remain consistently full, while the market for low-end homogeneous products is gradually shrinking, and the structural differentiation within the industry has intensified. 

2. The demand for new energy-related products has risen sharply, and the usage of thermal management silicone oil has increased rapidly.
In the fields of battery power for electric vehicles and energy storage cells, dimethyl silicone oil is widely used in aspects such as module temperature control, wire insulation, and mold lubrication due to its stable temperature resistance, insulation, and heat-conducting properties. After the popularization of fast charging technology for batteries, the requirements for silicone oil's high-temperature resistance and low-volatility performance in battery temperature control systems have continued to increase. The orders for high-temperature modified silicone oil have significantly increased. Along with the expansion of domestic energy storage stations and the production capacity of electric vehicles in the new energy sector, the annual demand for industrial heat-conducting silicone oil and insulation silicone oil has risen by more than 13% year-on-year, becoming the core driving force for industry growth. 

3. Quality improvement in the electronic medical field, accelerated domestic substitution of ultra-high purity silicone oil
In scenarios such as semiconductor components and precision circuit board packaging, extremely low ion impurities and high insulation stability are required for electronic-grade silicone oil; for medical catheters, pharmaceutical additives, and medical beauty consumables, silicone oil must have extremely high physiological inertness. In the past, high-end medical and electronic-grade silicone oil relied heavily on overseas imports. After years of technological refinement, the current domestic ultra-high purity silicone oil has met all indicators and has been batch-produced and entered the domestic medical equipment and electronic manufacturing supply chains. The import dependence has continued to decline, and the profit margin of high-end silicone oil is significantly higher than that of ordinary industrial silicone oil. 

4. The consumption of daily care products is upgrading, and the customization of refined silicone oil for skin care and cleaning products is becoming a trend.
Daily care and cleaning products still account for the largest consumption segment of dimethyl silicone oil. As consumers' requirements for the safety and texture of skin care products increase, modified silicone oil with low odor, easy spreading, and gentle skin-friendliness are more favored. Manufacturers customize different viscosity silicone oil raw materials for different products such as foundation, hair conditioner, and body lotion. Breathable and hydrophobic silicone oil is widely recognized by cosmetic formula manufacturers. The continuous research and development of green and degradable modified silicone oil is in line with the environmental trend in the cosmetics industry, further opening up the long-term growth space of silicone oil in the daily care industry.