Phenyl silicone oil: A magical material from industry to beauty

1. Unique structure, endowing excellent performance:
Phenyl silicone oil is the product of methyl silicone oil where part of the methyl groups are replaced by phenyl groups. It is a colorless or pale yellow transparent oily substance. It features a small coefficient of thermal expansion, a low freezing point, and a low surface tension. It also has excellent radiation resistance, high oxidation stability, heat resistance, and flame retardancy. These properties enable it to be widely applied in multiple fields.

2. In the industrial sector, the "protective" nature is fully demonstrated:
Phenyl silicone oil is an ideal material in fields such as high vacuum smelting and electron tube manufacturing. It can remain stable within a wide temperature range of 270-330℃, with a freezing point as low as -45 ℃ at low temperatures. It can still maintain fluidity under high and low temperature cycles. In nuclear industry equipment, it can effectively resist the impact of neutron flows. In aerospace components, the high-temperature valves that can ensure the precise operation of satellite attitude control engines in a 280℃ space environment.
At a certain Antarctic research station, the failure rate of equipment using low-phenyl silicone oil has dropped significantly by 75%, and the maintenance cycle has been extended to half a year. This is because it can still maintain good fluidity at an extremely low temperature of -65 ℃, ensuring the stable operation of the equipment. In 5G base stations, phenyl silicone oil serves as a heat transfer medium, achieving a heat conduction efficiency of 0.2W/m · K, which increases the heat dissipation efficiency by 40%. This effectively ensures a stable temperature for base station equipment during efficient operation and reduces faults caused by overheating.


3. Beauty industry, rewriting industry standards:
Phenyl silicone oil also performs outstandingly in the beauty industry. It can form a 0.1μ m-level protective film, increasing the efficiency of cutile repair by 60% and becoming a black technology in hair care. As a new anti-aging carrier, its active ingredient carrying capacity is three times that of traditional substrates, and the transdermal absorption rate reaches 78%. In addition, it can increase compatibility with toner by 50%, creating a 16-hour no-smudge makeup system, while enhancing the ultraviolet refraction ability and improving the sun protection effect.
In hair care products, phenyl silicone oil can deeply penetrate into the interior of hair strands, fill the gaps in damaged cuticles, and form a tight and smooth protective film. This can not only significantly improve the problems of dry and split hair, but also make the hair smoother when combing, reduce the generation of static electricity, and long-term use can restore the natural luster and elasticity of the hair. In skin care and anti-aging products, with its outstanding active ingredient carrying capacity, it can more efficiently deliver various precious anti-aging ingredients to the deep layers of the skin, stimulate the production of collagen, enhance skin elasticity, reduce the formation of wrinkles, and delay the aging process of the skin.


4. Technological innovation drives industry development:
With the continuous advancement of technology, patents related to phenyl silicone oil are constantly emerging. For instance, a recently published patent for branched-chain methylphenyl silicone oil and its preparation method can simply and cost-effectively prepare branched-chain methylphenyl silicone oil with appropriate refractive index and viscosity, as well as thixotropy, providing stronger support for its application in optical materials and electronics fields.
Some enterprises have developed a patent for a new type of purification device. Through a unique structural design, two transmission arc-shaped surface blocks repeatedly move apart and then close to each other, driving the circular filter screen to vibrate up and down continuously. While filtering and purifying impurities in high-temperature phenyl silicone oil, it significantly accelerates the filtration efficiency, thereby greatly improving the purification efficiency of phenyl silicone oil and ensuring product quality. Reduce production costs and promote the application expansion of phenyl silicone oil in more high-end fields.