In the electronics industry, silicone oil plays a crucial role as a key material to ensure the performance and reliability of electronic devices. As electronic technology advances rapidly, with devices becoming increasingly miniaturized and high-performance, the demand for protecting electronic components and enhancing their functionality has grown significantly. Vinyl silicone oil, a vital type of silicone oil, has emerged as a "darling" in the electronics industry, serving as a key raw material for addition-cured liquid silicone rubber, silicone gels, and other products—hailed as the "guardian of electronic components."
Through scientific encapsulation technology, vinyl silicone oil forms a robust protective film for various electronic components and assembled parts. This film effectively isolates moisture, impurities, and chemical substances in the atmosphere, preventing contamination and damage to electronic devices. It ensures stable operation under diverse environmental conditions, supporting the normal functioning of electrical components.
For encapsulation materials of electronic components, excellent electrical properties, insulation, mechanical strength, and high elasticity are essential. Vinyl silicone oil, through refined processing that precisely controls water content and ion concentration, maintains low moisture levels, significantly enhancing the electrical performance of encapsulating adhesives. Different types of vinyl silicone oils cater to various applications: terminal vinyl silicone oil is often used to optimize fluidity and mechanical properties, while side-chain vinyl silicone oil suits high-strength applications with low elasticity requirements.
In high-tech fields like computer technology and telecommunications, the protection of microchips relies heavily on vinyl silicone oil. As devices demand higher quality and durability, vinyl silicone oil ensures long-term protection for microchips in extreme temperatures and harsh environments, guaranteeing stable operation. Other silicone oils, such as dimethyl silicone oil, also see wide applications: its excellent electrical insulation, thermal stability, chemical inertness, and flame retardancy make it increasingly popular as an electrical insulating oil, outperforming traditional mineral oil with higher flame resistance and greater safety for human health and the environment. Methyl phenyl silicone oil, with its low viscosity and low phenyl content, serves as an ideal impregnating oil for power capacitors, enhancing capacitance while ensuring a broad operating temperature range and safety.
In essence, silicone oil silently safeguards electronic components in the electronics industry, providing a solid foundation for the high-performance and reliable operation of electronic devices—driving continuous progress in the field.