As an important member of the silicone materials family, phenyl silicone oil occupies a key position in various industrial and consumer fields thanks to the superior properties derived from its unique molecular structure. Compared with conventional silicone oils, the introduction of phenyl groups gives it significantly enhanced high-temperature resistance, stability, and adaptability, making it a preferred material for many special applications.

The core performance of phenyl silicone oil lies in its high-temperature endurance, lubrication stability, and broad temperature adaptability. The phenyl groups in its molecular structure effectively suppress volatilization and decomposition at elevated temperatures. Standard products can maintain stable viscosity within a temperature range of –50°C to 300°C, and even under short-term exposure to 350°C, they can still retain effective performance with a volatility loss of only about 3%—far superior to traditional silicone oils. Additionally, it offers excellent long-lasting lubrication by forming a stable oil film on metals, ceramics, and other materials, reducing friction and wear. It also provides outstanding chemical stability, low reactivity with acids and alkalis, strong insulation properties, and exceptional aging resistance, giving it a service life much longer than ordinary lubricants.

Thanks to its superior properties, phenyl silicone oil is used across many high-end fields. In aerospace, it serves as a dedicated lubricant for small turbofan engines and spacecraft bearings, delivering thousands of hours of failure-free lubrication under extreme high-temperature conditions. In the automotive industry, it is widely used in turbochargers and transmissions, where it can reduce wear by more than 40% while improving fuel efficiency. In the electronics industry, it functions as a thermal medium and insulating lubricant for components such as chips and sensors, supporting the needs of precision devices. It also plays important roles in mechanical manufacturing, medical devices, and high-performance coatings—for example, as sealing oil for high-temperature equipment and as base oil for medical-grade lubricating greases.

Notably, the applications of phenyl silicone oil are becoming increasingly customized. For emerging sectors such as new energy and semiconductors, specialized products can be developed by adjusting phenyl content and molecular architecture to meet specific temperature and viscosity requirements. Examples include high-temperature lubricants for new energy vehicle motors and precision lubricants for semiconductor wafer processing, further widening its application boundaries and positioning it as a key material driving advancements in high-end manufacturing.

At present, the product has already reached cooperation intentions with several aerospace companies and automotive component manufacturers and is about to enter the mass-supply stage. According to the R&D team, the next step will focus on developing customized products tailored to the special needs of fields such as new energy and semiconductors, continuing to expand the application landscape of phenyl silicone oil.